Variables
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.Bbx
|
0
|
T
|
Background magnetic flux density, x component
|
Domains 1–32
|
mfnc.Bby
|
0
|
T
|
Background magnetic flux density, y component
|
Domains 1–32
|
mfnc.Bbz
|
0
|
T
|
Background magnetic flux density, z component
|
Domains 1–32
|
mfnc.Hbx
|
0
|
A/m
|
Background magnetic field, x component
|
Domains 1–32
|
mfnc.Hby
|
0
|
A/m
|
Background magnetic field, y component
|
Domains 1–32
|
mfnc.Hbz
|
0
|
A/m
|
Background magnetic field, z component
|
Domains 1–32
|
mfnc.nx
|
nx
|
|
Normal vector, x component
|
Boundaries 6–311
|
mfnc.ny
|
ny
|
|
Normal vector, y component
|
Boundaries 6–311
|
mfnc.nz
|
nz
|
|
Normal vector, z component
|
Boundaries 6–311
|
mfnc.nx
|
dnx
|
|
Normal vector, x component
|
Boundaries 1–5, 312
|
mfnc.ny
|
dny
|
|
Normal vector, y component
|
Boundaries 1–5, 312
|
mfnc.nz
|
dnz
|
|
Normal vector, z component
|
Boundaries 1–5, 312
|
mfnc.nmeshx
|
nxmesh
|
|
Mesh normal vector, x component
|
Boundaries 6–311
|
mfnc.nmeshy
|
nymesh
|
|
Mesh normal vector, y component
|
Boundaries 6–311
|
mfnc.nmeshz
|
nzmesh
|
|
Mesh normal vector, z component
|
Boundaries 6–311
|
mfnc.nmeshx
|
dnxmesh
|
|
Mesh normal vector, x component
|
Boundaries 1–5, 312
|
mfnc.nmeshy
|
dnymesh
|
|
Mesh normal vector, y component
|
Boundaries 1–5, 312
|
mfnc.nmeshz
|
dnzmesh
|
|
Mesh normal vector, z component
|
Boundaries 1–5, 312
|
mfnc.unmeshx
|
unxmesh
|
|
Mesh normal vector, upside, x component
|
Boundaries 6–311
|
mfnc.unmeshy
|
unymesh
|
|
Mesh normal vector, upside, y component
|
Boundaries 6–311
|
mfnc.unmeshz
|
unzmesh
|
|
Mesh normal vector, upside, z component
|
Boundaries 6–311
|
mfnc.dnmeshx
|
dnxmesh
|
|
Mesh normal vector, downside, x component
|
Boundaries 6–311
|
mfnc.dnmeshy
|
dnymesh
|
|
Mesh normal vector, downside, y component
|
Boundaries 6–311
|
mfnc.dnmeshz
|
dnzmesh
|
|
Mesh normal vector, downside, z component
|
Boundaries 6–311
|
mfnc.intWm
|
mfnc.int_Wm(mfnc.d*mfnc.dWm)
|
J
|
Total magnetic energy
|
Global
|
mfnc.d
|
1
|
1
|
Contribution
|
Domains 1–32
|
mfnc.unTmx
|
0
|
Pa
|
Maxwell upward magnetic surface stress tensor, x component
|
Boundaries 1–312
|
mfnc.unTmy
|
0
|
Pa
|
Maxwell upward magnetic surface stress tensor, y component
|
Boundaries 1–312
|
mfnc.unTmz
|
0
|
Pa
|
Maxwell upward magnetic surface stress tensor, z component
|
Boundaries 1–312
|
mfnc.dnTmx
|
0
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 1–312
|
mfnc.dnTmy
|
0
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 1–312
|
mfnc.dnTmz
|
0
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 1–312
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.unTmx
|
-0.5*mfnc.dnx*(real(up(mfnc.Bx))*real(up(mfnc.Hx))+real(up(mfnc.By))*real(up(mfnc.Hy))+real(up(mfnc.Bz))*real(up(mfnc.Hz)))+real(up(mfnc.Bx))*(real(up(mfnc.Hx))*mfnc.dnx+real(up(mfnc.Hy))*mfnc.dny+real(up(mfnc.Hz))*mfnc.dnz)
|
Pa
|
Maxwell upward magnetic surface stress tensor, x component
|
Boundaries 136–139, 168–169
|
mfnc.unTmy
|
-0.5*mfnc.dny*(real(up(mfnc.Bx))*real(up(mfnc.Hx))+real(up(mfnc.By))*real(up(mfnc.Hy))+real(up(mfnc.Bz))*real(up(mfnc.Hz)))+real(up(mfnc.By))*(real(up(mfnc.Hx))*mfnc.dnx+real(up(mfnc.Hy))*mfnc.dny+real(up(mfnc.Hz))*mfnc.dnz)
|
Pa
|
Maxwell upward magnetic surface stress tensor, y component
|
Boundaries 136–139, 168–169
|
mfnc.unTmz
|
-0.5*mfnc.dnz*(real(up(mfnc.Bx))*real(up(mfnc.Hx))+real(up(mfnc.By))*real(up(mfnc.Hy))+real(up(mfnc.Bz))*real(up(mfnc.Hz)))+real(up(mfnc.Bz))*(real(up(mfnc.Hx))*mfnc.dnx+real(up(mfnc.Hy))*mfnc.dny+real(up(mfnc.Hz))*mfnc.dnz)
|
Pa
|
Maxwell upward magnetic surface stress tensor, z component
|
Boundaries 136–139, 168–169
|
mfnc.unTmx
|
-0.5*mfnc.dnx*(real(up(mfnc.Bx))*real(up(mfnc.Hx))+real(up(mfnc.By))*real(up(mfnc.Hy))+real(up(mfnc.Bz))*real(up(mfnc.Hz)))+real(up(mfnc.Bx))*(real(up(mfnc.Hx))*mfnc.dnx+real(up(mfnc.Hy))*mfnc.dny+real(up(mfnc.Hz))*mfnc.dnz)
|
Pa
|
Maxwell upward magnetic surface stress tensor, x component
|
Boundaries 6–135, 140–167, 170–311
|
mfnc.unTmy
|
-0.5*mfnc.dny*(real(up(mfnc.Bx))*real(up(mfnc.Hx))+real(up(mfnc.By))*real(up(mfnc.Hy))+real(up(mfnc.Bz))*real(up(mfnc.Hz)))+real(up(mfnc.By))*(real(up(mfnc.Hx))*mfnc.dnx+real(up(mfnc.Hy))*mfnc.dny+real(up(mfnc.Hz))*mfnc.dnz)
|
Pa
|
Maxwell upward magnetic surface stress tensor, y component
|
Boundaries 6–135, 140–167, 170–311
|
mfnc.unTmz
|
-0.5*mfnc.dnz*(real(up(mfnc.Bx))*real(up(mfnc.Hx))+real(up(mfnc.By))*real(up(mfnc.Hy))+real(up(mfnc.Bz))*real(up(mfnc.Hz)))+real(up(mfnc.Bz))*(real(up(mfnc.Hx))*mfnc.dnx+real(up(mfnc.Hy))*mfnc.dny+real(up(mfnc.Hz))*mfnc.dnz)
|
Pa
|
Maxwell upward magnetic surface stress tensor, z component
|
Boundaries 6–135, 140–167, 170–311
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 136–139, 168–169
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 136–139, 168–169
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 136–139, 168–169
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 1–5, 312
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 1–5, 312
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 1–5, 312
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domains 1, 15
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domains 1, 15
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domains 1, 15
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 1–312
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 1–312
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 1–312
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domains 1, 15
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domains 1, 15
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domains 1, 15
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domains 1, 15
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domains 1, 15
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domains 1, 15
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domains 1, 15
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domains 1, 15
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domains 1, 15
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domains 1, 15
|
mfnc.Bx
|
mu0_const*(mfnc.Ixx*mfnc.Hx+mfnc.Ixy*mfnc.Hy+mfnc.Ixz*mfnc.Hz+mfnc.Mx)
|
T
|
Magnetic flux density, x component
|
Domains 1, 15
|
mfnc.By
|
mu0_const*(mfnc.Iyx*mfnc.Hx+mfnc.Iyy*mfnc.Hy+mfnc.Iyz*mfnc.Hz+mfnc.My)
|
T
|
Magnetic flux density, y component
|
Domains 1, 15
|
mfnc.Bz
|
mu0_const*(mfnc.Izx*mfnc.Hx+mfnc.Izy*mfnc.Hy+mfnc.Izz*mfnc.Hz+mfnc.Mz)
|
T
|
Magnetic flux density, z component
|
Domains 1, 15
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domains 1, 15
|
mfnc.Mx
|
mfnc.chimxx*mfnc.Hx+mfnc.chimxy*mfnc.Hy+mfnc.chimxz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domains 1, 15
|
mfnc.My
|
mfnc.chimyx*mfnc.Hx+mfnc.chimyy*mfnc.Hy+mfnc.chimyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domains 1, 15
|
mfnc.Mz
|
mfnc.chimzx*mfnc.Hx+mfnc.chimzy*mfnc.Hy+mfnc.chimzz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domains 1, 15
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domains 1, 15
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domains 1, 15
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domains 1, 15
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domains 1, 15
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domains 1, 15
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domains 1, 15
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domains 1, 15
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domains 1, 15
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domains 1, 15
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domains 1, 15
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domains 1, 15
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domains 1, 15
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domains 1, 15
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domains 1, 15
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domains 1, 15
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domains 1, 15
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domains 1, 15
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domains 1, 15
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domains 1, 15
|
mfnc.Brx
|
0
|
T
|
Remanent flux density, x component
|
Domains 1, 15
|
mfnc.Bry
|
0
|
T
|
Remanent flux density, y component
|
Domains 1, 15
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domains 1, 15
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domains 1, 15
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 1–5, 312
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 1–5, 312
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 1–5, 312
|
mfnc.unTx
|
mfnc.unTmx
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 136–139, 168–169
|
mfnc.unTy
|
mfnc.unTmy
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 136–139, 168–169
|
mfnc.unTz
|
mfnc.unTmz
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 136–139, 168–169
|
mfnc.unTx
|
mfnc.unTmx
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 6–135, 140–167, 170–311
|
mfnc.unTy
|
mfnc.unTmy
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 6–135, 140–167, 170–311
|
mfnc.unTz
|
mfnc.unTmz
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 6–135, 140–167, 170–311
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 1–5, 312
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 1–5, 312
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 1–5, 312
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 136–139, 168–169
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 136–139, 168–169
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 136–139, 168–169
|
mfnc.dnTx
|
0
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 6–135, 140–167, 170–311
|
mfnc.dnTy
|
0
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 6–135, 140–167, 170–311
|
mfnc.dnTz
|
0
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 6–135, 140–167, 170–311
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 1–312
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 1–312
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 1–312
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 1–312
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 1–312
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 1–312
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domains 1, 15
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domains 1, 15
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domains 1, 15
|
mfnc.mfc1.minput_temperature
|
model.input.minput_temperature
|
K
|
Temperature
|
Domains 1, 15
|
mfnc.mfc1.minput_pressure
|
model.input.minput_pressure
|
Pa
|
Absolute pressure
|
Domains 1, 15
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 272–281
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 272–281
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 272–281
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 29
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 29
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 29
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 272–281
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 272–281
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 272–281
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 29
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 29
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 29
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 29
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 29
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 29
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 29
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 29
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 29
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 29
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 29
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 29
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 29
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 29
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 29
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 29
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 29
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 29
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 29
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 29
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 29
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 29
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 29
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 29
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 29
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 29
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 29
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 29
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 29
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 29
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 29
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 29
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 29
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 29
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 29
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 29
|
mfnc.Brx
|
BB*cos(pi*corr_b/180)
|
T
|
Remanent flux density, x component
|
Domain 29
|
mfnc.Bry
|
BB*sin(pi*corr_b/180)
|
T
|
Remanent flux density, y component
|
Domain 29
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 29
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 29
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 272–281
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 272–281
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 272–281
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 272–281
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 272–281
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 272–281
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 272–281
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 272–281
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 272–281
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 272–281
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 272–281
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 272–281
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 29
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 29
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 29
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 254–257, 259, 261, 263, 267, 269, 271
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 254–257, 259, 261, 263, 267, 269, 271
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 254–257, 259, 261, 263, 267, 269, 271
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 28
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 28
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 28
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 254–257, 259, 261, 263, 267, 269, 271
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 254–257, 259, 261, 263, 267, 269, 271
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 254–257, 259, 261, 263, 267, 269, 271
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 28
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 28
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 28
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 28
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 28
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 28
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 28
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 28
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 28
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 28
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 28
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 28
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 28
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 28
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 28
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 28
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 28
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 28
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 28
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 28
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 28
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 28
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 28
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 28
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 28
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 28
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 28
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 28
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 28
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 28
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 28
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 28
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 28
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 28
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 28
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 28
|
mfnc.Brx
|
BB*cos(pi*(60+corr_b)/180)
|
T
|
Remanent flux density, x component
|
Domain 28
|
mfnc.Bry
|
BB*sin(pi*(60+corr_b)/180)
|
T
|
Remanent flux density, y component
|
Domain 28
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 28
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 28
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 254–257, 259, 261, 263, 267, 269, 271
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 254–257, 259, 261, 263, 267, 269, 271
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 254–257, 259, 261, 263, 267, 269, 271
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 254–257, 259, 261, 263, 267, 269, 271
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 254–257, 259, 261, 263, 267, 269, 271
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 254–257, 259, 261, 263, 267, 269, 271
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 254–257, 259, 261, 263, 267, 269, 271
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 254–257, 259, 261, 263, 267, 269, 271
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 254–257, 259, 261, 263, 267, 269, 271
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 254–257, 259, 261, 263, 267, 269, 271
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 254–257, 259, 261, 263, 267, 269, 271
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 254–257, 259, 261, 263, 267, 269, 271
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 28
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 28
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 28
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 206–209, 211, 213, 215, 217, 219, 231
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 206–209, 211, 213, 215, 217, 219, 231
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 206–209, 211, 213, 215, 217, 219, 231
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 23
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 23
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 23
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 206–209, 211, 213, 215, 217, 219, 231
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 206–209, 211, 213, 215, 217, 219, 231
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 206–209, 211, 213, 215, 217, 219, 231
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 23
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 23
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 23
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 23
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 23
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 23
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 23
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 23
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 23
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 23
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 23
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 23
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 23
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 23
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 23
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 23
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 23
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 23
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 23
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 23
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 23
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 23
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 23
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 23
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 23
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 23
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 23
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 23
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 23
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 23
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 23
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 23
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 23
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 23
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 23
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 23
|
mfnc.Brx
|
BB*cos(pi*(120+corr_b)/180)
|
T
|
Remanent flux density, x component
|
Domain 23
|
mfnc.Bry
|
BB*sin(pi*(120+corr_b)/180)
|
T
|
Remanent flux density, y component
|
Domain 23
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 23
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 23
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 206–209, 211, 213, 215, 217, 219, 231
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 206–209, 211, 213, 215, 217, 219, 231
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 206–209, 211, 213, 215, 217, 219, 231
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 206–209, 211, 213, 215, 217, 219, 231
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 206–209, 211, 213, 215, 217, 219, 231
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 206–209, 211, 213, 215, 217, 219, 231
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 206–209, 211, 213, 215, 217, 219, 231
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 206–209, 211, 213, 215, 217, 219, 231
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 206–209, 211, 213, 215, 217, 219, 231
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 206–209, 211, 213, 215, 217, 219, 231
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 206–209, 211, 213, 215, 217, 219, 231
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 206–209, 211, 213, 215, 217, 219, 231
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 23
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 23
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 23
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 159–163, 166–167, 172–173, 175
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 159–163, 166–167, 172–173, 175
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 159–163, 166–167, 172–173, 175
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 19
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 19
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 19
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 159–163, 166–167, 172–173, 175
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 159–163, 166–167, 172–173, 175
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 159–163, 166–167, 172–173, 175
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 19
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 19
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 19
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 19
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 19
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 19
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 19
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 19
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 19
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 19
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 19
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 19
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 19
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 19
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 19
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 19
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 19
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 19
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 19
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 19
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 19
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 19
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 19
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 19
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 19
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 19
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 19
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 19
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 19
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 19
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 19
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 19
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 19
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 19
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 19
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 19
|
mfnc.Brx
|
BB*cos(pi*(180+corr_b)/180)
|
T
|
Remanent flux density, x component
|
Domain 19
|
mfnc.Bry
|
BB*sin(pi*(180+corr_b)/180)
|
T
|
Remanent flux density, y component
|
Domain 19
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 19
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 19
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 159–163, 166–167, 172–173, 175
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 159–163, 166–167, 172–173, 175
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 159–163, 166–167, 172–173, 175
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 159–163, 166–167, 172–173, 175
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 159–163, 166–167, 172–173, 175
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 159–163, 166–167, 172–173, 175
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 159–163, 166–167, 172–173, 175
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 159–163, 166–167, 172–173, 175
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 159–163, 166–167, 172–173, 175
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 159–163, 166–167, 172–173, 175
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 159–163, 166–167, 172–173, 175
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 159–163, 166–167, 172–173, 175
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 19
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 19
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 19
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 98–101, 103, 107, 109, 111, 113, 115
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 98–101, 103, 107, 109, 111, 113, 115
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 98–101, 103, 107, 109, 111, 113, 115
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 12
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 12
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 12
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 98–101, 103, 107, 109, 111, 113, 115
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 98–101, 103, 107, 109, 111, 113, 115
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 98–101, 103, 107, 109, 111, 113, 115
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 12
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 12
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 12
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 12
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 12
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 12
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 12
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 12
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 12
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 12
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 12
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 12
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 12
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 12
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 12
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 12
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 12
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 12
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 12
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 12
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 12
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 12
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 12
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 12
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 12
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 12
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 12
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 12
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 12
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 12
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 12
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 12
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 12
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 12
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 12
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 12
|
mfnc.Brx
|
BB*cos(pi*(240+corr_b)/180)
|
T
|
Remanent flux density, x component
|
Domain 12
|
mfnc.Bry
|
BB*sin(pi*(240+corr_b)/180)
|
T
|
Remanent flux density, y component
|
Domain 12
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 12
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 12
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 98–101, 103, 107, 109, 111, 113, 115
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 98–101, 103, 107, 109, 111, 113, 115
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 98–101, 103, 107, 109, 111, 113, 115
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 98–101, 103, 107, 109, 111, 113, 115
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 98–101, 103, 107, 109, 111, 113, 115
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 98–101, 103, 107, 109, 111, 113, 115
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 98–101, 103, 107, 109, 111, 113, 115
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 98–101, 103, 107, 109, 111, 113, 115
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 98–101, 103, 107, 109, 111, 113, 115
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 98–101, 103, 107, 109, 111, 113, 115
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 98–101, 103, 107, 109, 111, 113, 115
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 98–101, 103, 107, 109, 111, 113, 115
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 12
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 12
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 12
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 50–53, 55, 57, 59, 71, 73, 75
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 50–53, 55, 57, 59, 71, 73, 75
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 50–53, 55, 57, 59, 71, 73, 75
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 7
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 7
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 7
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 50–53, 55, 57, 59, 71, 73, 75
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 50–53, 55, 57, 59, 71, 73, 75
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 50–53, 55, 57, 59, 71, 73, 75
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 7
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 7
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 7
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 7
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 7
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 7
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 7
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 7
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 7
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 7
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 7
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 7
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 7
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 7
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 7
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 7
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 7
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 7
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 7
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 7
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 7
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 7
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 7
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 7
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 7
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 7
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 7
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 7
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 7
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 7
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 7
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 7
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 7
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 7
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 7
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 7
|
mfnc.Brx
|
BB*cos(pi*(300+corr_b)/180)
|
T
|
Remanent flux density, x component
|
Domain 7
|
mfnc.Bry
|
BB*sin(pi*(300+corr_b)/180)
|
T
|
Remanent flux density, y component
|
Domain 7
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 7
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 7
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 50–53, 55, 57, 59, 71, 73, 75
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 50–53, 55, 57, 59, 71, 73, 75
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 50–53, 55, 57, 59, 71, 73, 75
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 50–53, 55, 57, 59, 71, 73, 75
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 50–53, 55, 57, 59, 71, 73, 75
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 50–53, 55, 57, 59, 71, 73, 75
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 50–53, 55, 57, 59, 71, 73, 75
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 50–53, 55, 57, 59, 71, 73, 75
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 50–53, 55, 57, 59, 71, 73, 75
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 50–53, 55, 57, 59, 71, 73, 75
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 50–53, 55, 57, 59, 71, 73, 75
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 50–53, 55, 57, 59, 71, 73, 75
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 7
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 7
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 7
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 36–45
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 36–45
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 36–45
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 5
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 5
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 5
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 36–45
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 36–45
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 36–45
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 5
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 5
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 5
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 5
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 5
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 5
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 5
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 5
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 5
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 5
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 5
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 5
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 5
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 5
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 5
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 5
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 5
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 5
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 5
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 5
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 5
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 5
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 5
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 5
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 5
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 5
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 5
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 5
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 5
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 5
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 5
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 5
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 5
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 5
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 5
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 5
|
mfnc.Brx
|
BB*cos(pi*(360+corr_b)/180)
|
T
|
Remanent flux density, x component
|
Domain 5
|
mfnc.Bry
|
BB*sin(pi*(360+corr_b)/180)
|
T
|
Remanent flux density, y component
|
Domain 5
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 5
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 5
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 36–45
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 36–45
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 36–45
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 36–45
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 36–45
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 36–45
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 36–45
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 36–45
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 36–45
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 36–45
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 36–45
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 36–45
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 5
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 5
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 5
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 46–49, 54, 56, 58, 70, 72, 74
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 46–49, 54, 56, 58, 70, 72, 74
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 46–49, 54, 56, 58, 70, 72, 74
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 6
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 6
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 6
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 46–49, 54, 56, 58, 70, 72, 74
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 46–49, 54, 56, 58, 70, 72, 74
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 46–49, 54, 56, 58, 70, 72, 74
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 6
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 6
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 6
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 6
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 6
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 6
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 6
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 6
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 6
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 6
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 6
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 6
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 6
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 6
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 6
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 6
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 6
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 6
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 6
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 6
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 6
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 6
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 6
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 6
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 6
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 6
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 6
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 6
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 6
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 6
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 6
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 6
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 6
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 6
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 6
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 6
|
mfnc.Brx
|
BB*cos(pi*(420+corr_b)/180)
|
T
|
Remanent flux density, x component
|
Domain 6
|
mfnc.Bry
|
BB*sin(pi*(420+corr_b)/180)
|
T
|
Remanent flux density, y component
|
Domain 6
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 6
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 6
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 46–49, 54, 56, 58, 70, 72, 74
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 46–49, 54, 56, 58, 70, 72, 74
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 46–49, 54, 56, 58, 70, 72, 74
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 46–49, 54, 56, 58, 70, 72, 74
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 46–49, 54, 56, 58, 70, 72, 74
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 46–49, 54, 56, 58, 70, 72, 74
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 46–49, 54, 56, 58, 70, 72, 74
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 46–49, 54, 56, 58, 70, 72, 74
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 46–49, 54, 56, 58, 70, 72, 74
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 46–49, 54, 56, 58, 70, 72, 74
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 46–49, 54, 56, 58, 70, 72, 74
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 46–49, 54, 56, 58, 70, 72, 74
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 6
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 6
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 6
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 94–97, 102, 106, 108, 110, 112, 114
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 94–97, 102, 106, 108, 110, 112, 114
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 94–97, 102, 106, 108, 110, 112, 114
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 11
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 11
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 11
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 94–97, 102, 106, 108, 110, 112, 114
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 94–97, 102, 106, 108, 110, 112, 114
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 94–97, 102, 106, 108, 110, 112, 114
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 11
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 11
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 11
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 11
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 11
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 11
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 11
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 11
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 11
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 11
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 11
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 11
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 11
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 11
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 11
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 11
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 11
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 11
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 11
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 11
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 11
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 11
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 11
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 11
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 11
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 11
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 11
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 11
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 11
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 11
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 11
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 11
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 11
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 11
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 11
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 11
|
mfnc.Brx
|
BB*cos(pi*(480+corr_b)/180)
|
T
|
Remanent flux density, x component
|
Domain 11
|
mfnc.Bry
|
BB*sin(pi*(480+corr_b)/180)
|
T
|
Remanent flux density, y component
|
Domain 11
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 11
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 11
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 94–97, 102, 106, 108, 110, 112, 114
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 94–97, 102, 106, 108, 110, 112, 114
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 94–97, 102, 106, 108, 110, 112, 114
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 94–97, 102, 106, 108, 110, 112, 114
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 94–97, 102, 106, 108, 110, 112, 114
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 94–97, 102, 106, 108, 110, 112, 114
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 94–97, 102, 106, 108, 110, 112, 114
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 94–97, 102, 106, 108, 110, 112, 114
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 94–97, 102, 106, 108, 110, 112, 114
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 94–97, 102, 106, 108, 110, 112, 114
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 94–97, 102, 106, 108, 110, 112, 114
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 94–97, 102, 106, 108, 110, 112, 114
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 11
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 11
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 11
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 154–158, 164–165, 170–171, 174
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 154–158, 164–165, 170–171, 174
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 154–158, 164–165, 170–171, 174
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 18
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 18
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 18
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 154–158, 164–165, 170–171, 174
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 154–158, 164–165, 170–171, 174
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 154–158, 164–165, 170–171, 174
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 18
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 18
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 18
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 18
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 18
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 18
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 18
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 18
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 18
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 18
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 18
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 18
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 18
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 18
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 18
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 18
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 18
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 18
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 18
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 18
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 18
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 18
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 18
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 18
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 18
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 18
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 18
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 18
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 18
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 18
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 18
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 18
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 18
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 18
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 18
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 18
|
mfnc.Brx
|
BB*cos(pi*(540+corr_b)/180)
|
T
|
Remanent flux density, x component
|
Domain 18
|
mfnc.Bry
|
BB*sin(pi*(540+corr_b)/180)
|
T
|
Remanent flux density, y component
|
Domain 18
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 18
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 18
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 154–158, 164–165, 170–171, 174
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 154–158, 164–165, 170–171, 174
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 154–158, 164–165, 170–171, 174
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 154–158, 164–165, 170–171, 174
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 154–158, 164–165, 170–171, 174
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 154–158, 164–165, 170–171, 174
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 154–158, 164–165, 170–171, 174
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 154–158, 164–165, 170–171, 174
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 154–158, 164–165, 170–171, 174
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 154–158, 164–165, 170–171, 174
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 154–158, 164–165, 170–171, 174
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 154–158, 164–165, 170–171, 174
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 18
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 18
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 18
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 202–205, 210, 212, 214, 216, 218, 230
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 202–205, 210, 212, 214, 216, 218, 230
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 202–205, 210, 212, 214, 216, 218, 230
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 22
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 22
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 22
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 202–205, 210, 212, 214, 216, 218, 230
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 202–205, 210, 212, 214, 216, 218, 230
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 202–205, 210, 212, 214, 216, 218, 230
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 22
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 22
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 22
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 22
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 22
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 22
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 22
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 22
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 22
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 22
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 22
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 22
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 22
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 22
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 22
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 22
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 22
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 22
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 22
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 22
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 22
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 22
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 22
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 22
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 22
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 22
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 22
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 22
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 22
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 22
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 22
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 22
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 22
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 22
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 22
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 22
|
mfnc.Brx
|
BB*cos(pi*(600+corr_b)/180)
|
T
|
Remanent flux density, x component
|
Domain 22
|
mfnc.Bry
|
BB*sin(pi*(600+corr_b)/180)
|
T
|
Remanent flux density, y component
|
Domain 22
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 22
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 22
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 202–205, 210, 212, 214, 216, 218, 230
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 202–205, 210, 212, 214, 216, 218, 230
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 202–205, 210, 212, 214, 216, 218, 230
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 202–205, 210, 212, 214, 216, 218, 230
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 202–205, 210, 212, 214, 216, 218, 230
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 202–205, 210, 212, 214, 216, 218, 230
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 202–205, 210, 212, 214, 216, 218, 230
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 202–205, 210, 212, 214, 216, 218, 230
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 202–205, 210, 212, 214, 216, 218, 230
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 202–205, 210, 212, 214, 216, 218, 230
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 202–205, 210, 212, 214, 216, 218, 230
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 202–205, 210, 212, 214, 216, 218, 230
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 22
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 22
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 22
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 250–253, 258, 260, 262, 266, 268, 270
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 250–253, 258, 260, 262, 266, 268, 270
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 250–253, 258, 260, 262, 266, 268, 270
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 27
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 27
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 27
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 250–253, 258, 260, 262, 266, 268, 270
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 250–253, 258, 260, 262, 266, 268, 270
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 250–253, 258, 260, 262, 266, 268, 270
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 27
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 27
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 27
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 27
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 27
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 27
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 27
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 27
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 27
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 27
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 27
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 27
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 27
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 27
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 27
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 27
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 27
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 27
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 27
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 27
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 27
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 27
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 27
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 27
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 27
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 27
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 27
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 27
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 27
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 27
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 27
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 27
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 27
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 27
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 27
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 27
|
mfnc.Brx
|
BB*cos(pi*(660+corr_b)/180)
|
T
|
Remanent flux density, x component
|
Domain 27
|
mfnc.Bry
|
BB*sin(pi*(660+corr_b)/180)
|
T
|
Remanent flux density, y component
|
Domain 27
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 27
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 27
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 250–253, 258, 260, 262, 266, 268, 270
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 250–253, 258, 260, 262, 266, 268, 270
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 250–253, 258, 260, 262, 266, 268, 270
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 250–253, 258, 260, 262, 266, 268, 270
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 250–253, 258, 260, 262, 266, 268, 270
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 250–253, 258, 260, 262, 266, 268, 270
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 250–253, 258, 260, 262, 266, 268, 270
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 250–253, 258, 260, 262, 266, 268, 270
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 250–253, 258, 260, 262, 266, 268, 270
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 250–253, 258, 260, 262, 266, 268, 270
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 250–253, 258, 260, 262, 266, 268, 270
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 250–253, 258, 260, 262, 266, 268, 270
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 27
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 27
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 27
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 236–245
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 236–245
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 236–245
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 26
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 26
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 26
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 236–245
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 236–245
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 236–245
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 26
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 26
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 26
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 26
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 26
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 26
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 26
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 26
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 26
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 26
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 26
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 26
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 26
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 26
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 26
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 26
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 26
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 26
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 26
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 26
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 26
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 26
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 26
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 26
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 26
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 26
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 26
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 26
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 26
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 26
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 26
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 26
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 26
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 26
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 26
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 26
|
mfnc.Brx
|
BC*cos(pi*corr_c/180)
|
T
|
Remanent flux density, x component
|
Domain 26
|
mfnc.Bry
|
BC*sin(pi*corr_c/180)
|
T
|
Remanent flux density, y component
|
Domain 26
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 26
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 26
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 236–245
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 236–245
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 236–245
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 236–245
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 236–245
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 236–245
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 236–245
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 236–245
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 236–245
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 236–245
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 236–245
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 236–245
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 26
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 26
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 26
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 186–189, 191, 193, 195, 197, 199, 201
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 186–189, 191, 193, 195, 197, 199, 201
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 186–189, 191, 193, 195, 197, 199, 201
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 21
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 21
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 21
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 186–189, 191, 193, 195, 197, 199, 201
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 186–189, 191, 193, 195, 197, 199, 201
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 186–189, 191, 193, 195, 197, 199, 201
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 21
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 21
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 21
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 21
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 21
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 21
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 21
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 21
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 21
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 21
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 21
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 21
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 21
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 21
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 21
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 21
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 21
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 21
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 21
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 21
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 21
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 21
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 21
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 21
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 21
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 21
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 21
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 21
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 21
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 21
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 21
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 21
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 21
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 21
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 21
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 21
|
mfnc.Brx
|
BC*cos(pi*(120+corr_c)/180)
|
T
|
Remanent flux density, x component
|
Domain 21
|
mfnc.Bry
|
BC*sin(pi*(120+corr_c)/180)
|
T
|
Remanent flux density, y component
|
Domain 21
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 21
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 21
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 186–189, 191, 193, 195, 197, 199, 201
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 186–189, 191, 193, 195, 197, 199, 201
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 186–189, 191, 193, 195, 197, 199, 201
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 186–189, 191, 193, 195, 197, 199, 201
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 186–189, 191, 193, 195, 197, 199, 201
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 186–189, 191, 193, 195, 197, 199, 201
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 186–189, 191, 193, 195, 197, 199, 201
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 186–189, 191, 193, 195, 197, 199, 201
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 186–189, 191, 193, 195, 197, 199, 201
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 186–189, 191, 193, 195, 197, 199, 201
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 186–189, 191, 193, 195, 197, 199, 201
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 186–189, 191, 193, 195, 197, 199, 201
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 21
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 21
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 21
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 120–123, 125, 127, 129, 131, 133, 135
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 120–123, 125, 127, 129, 131, 133, 135
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 120–123, 125, 127, 129, 131, 133, 135
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 14
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 14
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 14
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 120–123, 125, 127, 129, 131, 133, 135
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 120–123, 125, 127, 129, 131, 133, 135
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 120–123, 125, 127, 129, 131, 133, 135
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 14
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 14
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 14
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 14
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 14
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 14
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 14
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 14
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 14
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 14
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 14
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 14
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 14
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 14
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 14
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 14
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 14
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 14
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 14
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 14
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 14
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 14
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 14
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 14
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 14
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 14
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 14
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 14
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 14
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 14
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 14
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 14
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 14
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 14
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 14
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 14
|
mfnc.Brx
|
BC*cos(pi*(240+corr_c)/180)
|
T
|
Remanent flux density, x component
|
Domain 14
|
mfnc.Bry
|
BC*sin(pi*(240+corr_c)/180)
|
T
|
Remanent flux density, y component
|
Domain 14
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 14
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 14
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 120–123, 125, 127, 129, 131, 133, 135
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 120–123, 125, 127, 129, 131, 133, 135
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 120–123, 125, 127, 129, 131, 133, 135
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 120–123, 125, 127, 129, 131, 133, 135
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 120–123, 125, 127, 129, 131, 133, 135
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 120–123, 125, 127, 129, 131, 133, 135
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 120–123, 125, 127, 129, 131, 133, 135
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 120–123, 125, 127, 129, 131, 133, 135
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 120–123, 125, 127, 129, 131, 133, 135
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 120–123, 125, 127, 129, 131, 133, 135
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 120–123, 125, 127, 129, 131, 133, 135
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 120–123, 125, 127, 129, 131, 133, 135
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 14
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 14
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 14
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 80–89
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 80–89
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 80–89
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 10
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 10
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 10
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 80–89
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 80–89
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 80–89
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 10
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 10
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 10
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 10
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 10
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 10
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 10
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 10
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 10
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 10
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 10
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 10
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 10
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 10
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 10
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 10
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 10
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 10
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 10
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 10
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 10
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 10
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 10
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 10
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 10
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 10
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 10
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 10
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 10
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 10
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 10
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 10
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 10
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 10
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 10
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 10
|
mfnc.Brx
|
BC*cos(pi*(360+corr_c)/180)
|
T
|
Remanent flux density, x component
|
Domain 10
|
mfnc.Bry
|
BC*sin(pi*(360+corr_c)/180)
|
T
|
Remanent flux density, y component
|
Domain 10
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 10
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 10
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 80–89
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 80–89
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 80–89
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 80–89
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 80–89
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 80–89
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 80–89
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 80–89
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 80–89
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 80–89
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 80–89
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 80–89
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 10
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 10
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 10
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 116–119, 124, 126, 128, 130, 132, 134
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 116–119, 124, 126, 128, 130, 132, 134
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 116–119, 124, 126, 128, 130, 132, 134
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 13
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 13
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 13
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 116–119, 124, 126, 128, 130, 132, 134
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 116–119, 124, 126, 128, 130, 132, 134
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 116–119, 124, 126, 128, 130, 132, 134
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 13
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 13
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 13
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 13
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 13
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 13
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 13
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 13
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 13
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 13
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 13
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 13
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 13
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 13
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 13
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 13
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 13
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 13
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 13
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 13
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 13
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 13
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 13
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 13
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 13
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 13
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 13
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 13
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 13
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 13
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 13
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 13
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 13
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 13
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 13
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 13
|
mfnc.Brx
|
BC*cos(pi*(480+corr_c)/180)
|
T
|
Remanent flux density, x component
|
Domain 13
|
mfnc.Bry
|
BC*sin(pi*(480+corr_c)/180)
|
T
|
Remanent flux density, y component
|
Domain 13
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 13
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 13
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 116–119, 124, 126, 128, 130, 132, 134
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 116–119, 124, 126, 128, 130, 132, 134
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 116–119, 124, 126, 128, 130, 132, 134
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 116–119, 124, 126, 128, 130, 132, 134
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 116–119, 124, 126, 128, 130, 132, 134
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 116–119, 124, 126, 128, 130, 132, 134
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 116–119, 124, 126, 128, 130, 132, 134
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 116–119, 124, 126, 128, 130, 132, 134
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 116–119, 124, 126, 128, 130, 132, 134
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 116–119, 124, 126, 128, 130, 132, 134
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 116–119, 124, 126, 128, 130, 132, 134
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 116–119, 124, 126, 128, 130, 132, 134
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 13
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 13
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 13
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 182–185, 190, 192, 194, 196, 198, 200
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 182–185, 190, 192, 194, 196, 198, 200
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 182–185, 190, 192, 194, 196, 198, 200
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 20
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 20
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 20
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 182–185, 190, 192, 194, 196, 198, 200
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 182–185, 190, 192, 194, 196, 198, 200
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 182–185, 190, 192, 194, 196, 198, 200
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 20
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 20
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 20
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 20
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 20
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 20
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 20
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 20
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 20
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 20
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 20
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 20
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 20
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 20
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 20
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 20
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 20
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 20
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 20
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 20
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 20
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 20
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 20
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 20
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 20
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 20
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 20
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 20
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 20
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 20
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 20
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 20
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 20
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 20
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 20
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 20
|
mfnc.Brx
|
BC*cos(pi*(600+corr_c)/180)
|
T
|
Remanent flux density, x component
|
Domain 20
|
mfnc.Bry
|
BC*sin(pi*(600+corr_c)/180)
|
T
|
Remanent flux density, y component
|
Domain 20
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 20
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 20
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 182–185, 190, 192, 194, 196, 198, 200
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 182–185, 190, 192, 194, 196, 198, 200
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 182–185, 190, 192, 194, 196, 198, 200
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 182–185, 190, 192, 194, 196, 198, 200
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 182–185, 190, 192, 194, 196, 198, 200
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 182–185, 190, 192, 194, 196, 198, 200
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 182–185, 190, 192, 194, 196, 198, 200
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 182–185, 190, 192, 194, 196, 198, 200
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 182–185, 190, 192, 194, 196, 198, 200
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 182–185, 190, 192, 194, 196, 198, 200
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 182–185, 190, 192, 194, 196, 198, 200
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 182–185, 190, 192, 194, 196, 198, 200
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 20
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 20
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 20
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 300–306, 309–311
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 300–306, 309–311
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 300–306, 309–311
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 32
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 32
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 32
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 300–306, 309–311
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 300–306, 309–311
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 300–306, 309–311
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 32
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 32
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 32
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 32
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 32
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 32
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 32
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 32
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 32
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 32
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 32
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 32
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 32
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 32
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 32
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 32
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 32
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 32
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 32
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 32
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 32
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 32
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 32
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 32
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 32
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 32
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 32
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 32
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 32
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 32
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 32
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 32
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 32
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 32
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 32
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 32
|
mfnc.Brx
|
BA
|
T
|
Remanent flux density, x component
|
Domain 32
|
mfnc.Bry
|
0
|
T
|
Remanent flux density, y component
|
Domain 32
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 32
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 32
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 300–306, 309–311
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 300–306, 309–311
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 300–306, 309–311
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 300–306, 309–311
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 300–306, 309–311
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 300–306, 309–311
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 300–306, 309–311
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 300–306, 309–311
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 300–306, 309–311
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 300–306, 309–311
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 300–306, 309–311
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 300–306, 309–311
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 32
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 32
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 32
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 286–289, 291, 293, 295, 297, 299, 308
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 286–289, 291, 293, 295, 297, 299, 308
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 286–289, 291, 293, 295, 297, 299, 308
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 31
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 31
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 31
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 286–289, 291, 293, 295, 297, 299, 308
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 286–289, 291, 293, 295, 297, 299, 308
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 286–289, 291, 293, 295, 297, 299, 308
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 31
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 31
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 31
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 31
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 31
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 31
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 31
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 31
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 31
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 31
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 31
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 31
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 31
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 31
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 31
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 31
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 31
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 31
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 31
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 31
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 31
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 31
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 31
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 31
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 31
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 31
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 31
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 31
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 31
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 31
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 31
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 31
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 31
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 31
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 31
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 31
|
mfnc.Brx
|
BA*cos(pi/3)
|
T
|
Remanent flux density, x component
|
Domain 31
|
mfnc.Bry
|
BA*sin(pi/3)
|
T
|
Remanent flux density, y component
|
Domain 31
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 31
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 31
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 286–289, 291, 293, 295, 297, 299, 308
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 286–289, 291, 293, 295, 297, 299, 308
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 286–289, 291, 293, 295, 297, 299, 308
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 286–289, 291, 293, 295, 297, 299, 308
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 286–289, 291, 293, 295, 297, 299, 308
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 286–289, 291, 293, 295, 297, 299, 308
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 286–289, 291, 293, 295, 297, 299, 308
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 286–289, 291, 293, 295, 297, 299, 308
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 286–289, 291, 293, 295, 297, 299, 308
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 286–289, 291, 293, 295, 297, 299, 308
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 286–289, 291, 293, 295, 297, 299, 308
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 286–289, 291, 293, 295, 297, 299, 308
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 31
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 31
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 31
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 224–227, 229, 233, 235, 247, 249, 265
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 224–227, 229, 233, 235, 247, 249, 265
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 224–227, 229, 233, 235, 247, 249, 265
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 25
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 25
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 25
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 224–227, 229, 233, 235, 247, 249, 265
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 224–227, 229, 233, 235, 247, 249, 265
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 224–227, 229, 233, 235, 247, 249, 265
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 25
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 25
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 25
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 25
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 25
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 25
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 25
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 25
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 25
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 25
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 25
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 25
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 25
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 25
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 25
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 25
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 25
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 25
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 25
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 25
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 25
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 25
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 25
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 25
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 25
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 25
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 25
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 25
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 25
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 25
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 25
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 25
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 25
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 25
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 25
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 25
|
mfnc.Brx
|
BA*cos(2*pi/3)
|
T
|
Remanent flux density, x component
|
Domain 25
|
mfnc.Bry
|
BA*sin(2*pi/3)
|
T
|
Remanent flux density, y component
|
Domain 25
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 25
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 25
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 224–227, 229, 233, 235, 247, 249, 265
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 224–227, 229, 233, 235, 247, 249, 265
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 224–227, 229, 233, 235, 247, 249, 265
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 224–227, 229, 233, 235, 247, 249, 265
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 224–227, 229, 233, 235, 247, 249, 265
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 224–227, 229, 233, 235, 247, 249, 265
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 224–227, 229, 233, 235, 247, 249, 265
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 224–227, 229, 233, 235, 247, 249, 265
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 224–227, 229, 233, 235, 247, 249, 265
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 224–227, 229, 233, 235, 247, 249, 265
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 224–227, 229, 233, 235, 247, 249, 265
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 224–227, 229, 233, 235, 247, 249, 265
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 25
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 25
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 25
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 145–151, 178–180
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 145–151, 178–180
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 145–151, 178–180
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 17
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 17
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 17
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 145–151, 178–180
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 145–151, 178–180
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 145–151, 178–180
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 17
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 17
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 17
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 17
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 17
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 17
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 17
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 17
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 17
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 17
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 17
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 17
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 17
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 17
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 17
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 17
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 17
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 17
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 17
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 17
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 17
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 17
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 17
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 17
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 17
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 17
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 17
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 17
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 17
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 17
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 17
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 17
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 17
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 17
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 17
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 17
|
mfnc.Brx
|
BA*cos(pi)
|
T
|
Remanent flux density, x component
|
Domain 17
|
mfnc.Bry
|
BA*sin(pi)
|
T
|
Remanent flux density, y component
|
Domain 17
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 17
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 17
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 145–151, 178–180
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 145–151, 178–180
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 145–151, 178–180
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 145–151, 178–180
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 145–151, 178–180
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 145–151, 178–180
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 145–151, 178–180
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 145–151, 178–180
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 145–151, 178–180
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 145–151, 178–180
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 145–151, 178–180
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 145–151, 178–180
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 17
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 17
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 17
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 64–67, 69, 77, 79, 91, 93, 105
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 64–67, 69, 77, 79, 91, 93, 105
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 64–67, 69, 77, 79, 91, 93, 105
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 9
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 9
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 9
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 64–67, 69, 77, 79, 91, 93, 105
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 64–67, 69, 77, 79, 91, 93, 105
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 64–67, 69, 77, 79, 91, 93, 105
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 9
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 9
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 9
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 9
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 9
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 9
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 9
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 9
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 9
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 9
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 9
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 9
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 9
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 9
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 9
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 9
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 9
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 9
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 9
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 9
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 9
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 9
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 9
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 9
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 9
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 9
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 9
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 9
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 9
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 9
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 9
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 9
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 9
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 9
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 9
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 9
|
mfnc.Brx
|
BA*cos(4*pi/3)
|
T
|
Remanent flux density, x component
|
Domain 9
|
mfnc.Bry
|
BA*sin(4*pi/3)
|
T
|
Remanent flux density, y component
|
Domain 9
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 9
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 9
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 64–67, 69, 77, 79, 91, 93, 105
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 64–67, 69, 77, 79, 91, 93, 105
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 64–67, 69, 77, 79, 91, 93, 105
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 64–67, 69, 77, 79, 91, 93, 105
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 64–67, 69, 77, 79, 91, 93, 105
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 64–67, 69, 77, 79, 91, 93, 105
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 64–67, 69, 77, 79, 91, 93, 105
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 64–67, 69, 77, 79, 91, 93, 105
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 64–67, 69, 77, 79, 91, 93, 105
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 64–67, 69, 77, 79, 91, 93, 105
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 64–67, 69, 77, 79, 91, 93, 105
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 64–67, 69, 77, 79, 91, 93, 105
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 9
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 9
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 9
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 17–20, 22, 27, 29, 31, 33, 35
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 17–20, 22, 27, 29, 31, 33, 35
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 17–20, 22, 27, 29, 31, 33, 35
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 4
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 4
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 4
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 17–20, 22, 27, 29, 31, 33, 35
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 17–20, 22, 27, 29, 31, 33, 35
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 17–20, 22, 27, 29, 31, 33, 35
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 4
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 4
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 4
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 4
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 4
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 4
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 4
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 4
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 4
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 4
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 4
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 4
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 4
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 4
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 4
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 4
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 4
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 4
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 4
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 4
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 4
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 4
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 4
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 4
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 4
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 4
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 4
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 4
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 4
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 4
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 4
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 4
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 4
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 4
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 4
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 4
|
mfnc.Brx
|
BA*cos(5*pi/3)
|
T
|
Remanent flux density, x component
|
Domain 4
|
mfnc.Bry
|
BA*sin(5*pi/3)
|
T
|
Remanent flux density, y component
|
Domain 4
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 4
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 4
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 17–20, 22, 27, 29, 31, 33, 35
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 17–20, 22, 27, 29, 31, 33, 35
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 17–20, 22, 27, 29, 31, 33, 35
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 17–20, 22, 27, 29, 31, 33, 35
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 17–20, 22, 27, 29, 31, 33, 35
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 17–20, 22, 27, 29, 31, 33, 35
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 17–20, 22, 27, 29, 31, 33, 35
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 17–20, 22, 27, 29, 31, 33, 35
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 17–20, 22, 27, 29, 31, 33, 35
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 17–20, 22, 27, 29, 31, 33, 35
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 17–20, 22, 27, 29, 31, 33, 35
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 17–20, 22, 27, 29, 31, 33, 35
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 4
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 4
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 4
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 6–12, 23–25
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 6–12, 23–25
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 6–12, 23–25
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 2
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 2
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 2
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 6–12, 23–25
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 6–12, 23–25
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 6–12, 23–25
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 2
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 2
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 2
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 2
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 2
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 2
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 2
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 2
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 2
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 2
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 2
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 2
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 2
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 2
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 2
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 2
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 2
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 2
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 2
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 2
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 2
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 2
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 2
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 2
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 2
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 2
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 2
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 2
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 2
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 2
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 2
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 2
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 2
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 2
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 2
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 2
|
mfnc.Brx
|
BA*cos(2*pi)
|
T
|
Remanent flux density, x component
|
Domain 2
|
mfnc.Bry
|
BA*sin(2*pi)
|
T
|
Remanent flux density, y component
|
Domain 2
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 2
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 2
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 6–12, 23–25
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 6–12, 23–25
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 6–12, 23–25
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 6–12, 23–25
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 6–12, 23–25
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 6–12, 23–25
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 6–12, 23–25
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 6–12, 23–25
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 6–12, 23–25
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 6–12, 23–25
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 6–12, 23–25
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 6–12, 23–25
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 2
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 2
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 2
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 13–16, 21, 26, 28, 30, 32, 34
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 13–16, 21, 26, 28, 30, 32, 34
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 13–16, 21, 26, 28, 30, 32, 34
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 3
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 3
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 3
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 13–16, 21, 26, 28, 30, 32, 34
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 13–16, 21, 26, 28, 30, 32, 34
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 13–16, 21, 26, 28, 30, 32, 34
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 3
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 3
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 3
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 3
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 3
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 3
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 3
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 3
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 3
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 3
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 3
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 3
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 3
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 3
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 3
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 3
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 3
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 3
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 3
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 3
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 3
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 3
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 3
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 3
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 3
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 3
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 3
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 3
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 3
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 3
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 3
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 3
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 3
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 3
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 3
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 3
|
mfnc.Brx
|
BA*cos(7*pi/3)
|
T
|
Remanent flux density, x component
|
Domain 3
|
mfnc.Bry
|
BA*sin(7*pi/3)
|
T
|
Remanent flux density, y component
|
Domain 3
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 3
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 3
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 13–16, 21, 26, 28, 30, 32, 34
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 13–16, 21, 26, 28, 30, 32, 34
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 13–16, 21, 26, 28, 30, 32, 34
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 13–16, 21, 26, 28, 30, 32, 34
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 13–16, 21, 26, 28, 30, 32, 34
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 13–16, 21, 26, 28, 30, 32, 34
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 13–16, 21, 26, 28, 30, 32, 34
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 13–16, 21, 26, 28, 30, 32, 34
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 13–16, 21, 26, 28, 30, 32, 34
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 13–16, 21, 26, 28, 30, 32, 34
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 13–16, 21, 26, 28, 30, 32, 34
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 13–16, 21, 26, 28, 30, 32, 34
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 3
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 3
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 3
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 60–63, 68, 76, 78, 90, 92, 104
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 60–63, 68, 76, 78, 90, 92, 104
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 60–63, 68, 76, 78, 90, 92, 104
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 8
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 8
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 8
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 60–63, 68, 76, 78, 90, 92, 104
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 60–63, 68, 76, 78, 90, 92, 104
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 60–63, 68, 76, 78, 90, 92, 104
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 8
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 8
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 8
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 8
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 8
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 8
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 8
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 8
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 8
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 8
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 8
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 8
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 8
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 8
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 8
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 8
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 8
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 8
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 8
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 8
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 8
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 8
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 8
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 8
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 8
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 8
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 8
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 8
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 8
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 8
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 8
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 8
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 8
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 8
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 8
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 8
|
mfnc.Brx
|
BA*cos(8*pi/3)
|
T
|
Remanent flux density, x component
|
Domain 8
|
mfnc.Bry
|
BA*sin(8*pi/3)
|
T
|
Remanent flux density, y component
|
Domain 8
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 8
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 8
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 60–63, 68, 76, 78, 90, 92, 104
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 60–63, 68, 76, 78, 90, 92, 104
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 60–63, 68, 76, 78, 90, 92, 104
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 60–63, 68, 76, 78, 90, 92, 104
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 60–63, 68, 76, 78, 90, 92, 104
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 60–63, 68, 76, 78, 90, 92, 104
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 60–63, 68, 76, 78, 90, 92, 104
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 60–63, 68, 76, 78, 90, 92, 104
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 60–63, 68, 76, 78, 90, 92, 104
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 60–63, 68, 76, 78, 90, 92, 104
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 60–63, 68, 76, 78, 90, 92, 104
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 60–63, 68, 76, 78, 90, 92, 104
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 8
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 8
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 8
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 140–144, 152–153, 176–177, 181
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 140–144, 152–153, 176–177, 181
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 140–144, 152–153, 176–177, 181
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 16
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 16
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 16
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 140–144, 152–153, 176–177, 181
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 140–144, 152–153, 176–177, 181
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 140–144, 152–153, 176–177, 181
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 16
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 16
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 16
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 16
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 16
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 16
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 16
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 16
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 16
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 16
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 16
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 16
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 16
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 16
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 16
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 16
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 16
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 16
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 16
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 16
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 16
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 16
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 16
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 16
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 16
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 16
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 16
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 16
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 16
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 16
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 16
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 16
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 16
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 16
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 16
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 16
|
mfnc.Brx
|
BA*cos(3*pi)
|
T
|
Remanent flux density, x component
|
Domain 16
|
mfnc.Bry
|
BA*sin(3*pi)
|
T
|
Remanent flux density, y component
|
Domain 16
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 16
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 16
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 140–144, 152–153, 176–177, 181
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 140–144, 152–153, 176–177, 181
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 140–144, 152–153, 176–177, 181
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 140–144, 152–153, 176–177, 181
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 140–144, 152–153, 176–177, 181
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 140–144, 152–153, 176–177, 181
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 140–144, 152–153, 176–177, 181
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 140–144, 152–153, 176–177, 181
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 140–144, 152–153, 176–177, 181
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 140–144, 152–153, 176–177, 181
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 140–144, 152–153, 176–177, 181
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 140–144, 152–153, 176–177, 181
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 16
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 16
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 16
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 220–223, 228, 232, 234, 246, 248, 264
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 220–223, 228, 232, 234, 246, 248, 264
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 220–223, 228, 232, 234, 246, 248, 264
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 24
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 24
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 24
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 220–223, 228, 232, 234, 246, 248, 264
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 220–223, 228, 232, 234, 246, 248, 264
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 220–223, 228, 232, 234, 246, 248, 264
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 24
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 24
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 24
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 24
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 24
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 24
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 24
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 24
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 24
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 24
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 24
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 24
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 24
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 24
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 24
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 24
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 24
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 24
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 24
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 24
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 24
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 24
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 24
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 24
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 24
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 24
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 24
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 24
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 24
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 24
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 24
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 24
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 24
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 24
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 24
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 24
|
mfnc.Brx
|
BA*cos(10*pi/3)
|
T
|
Remanent flux density, x component
|
Domain 24
|
mfnc.Bry
|
BA*sin(10*pi/3)
|
T
|
Remanent flux density, y component
|
Domain 24
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 24
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 24
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 220–223, 228, 232, 234, 246, 248, 264
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 220–223, 228, 232, 234, 246, 248, 264
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 220–223, 228, 232, 234, 246, 248, 264
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 220–223, 228, 232, 234, 246, 248, 264
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 220–223, 228, 232, 234, 246, 248, 264
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 220–223, 228, 232, 234, 246, 248, 264
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 220–223, 228, 232, 234, 246, 248, 264
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 220–223, 228, 232, 234, 246, 248, 264
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 220–223, 228, 232, 234, 246, 248, 264
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 220–223, 228, 232, 234, 246, 248, 264
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 220–223, 228, 232, 234, 246, 248, 264
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 220–223, 228, 232, 234, 246, 248, 264
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 24
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 24
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 24
|
Name
|
Expression
|
Unit
|
Description
|
Selection
|
mfnc.dnTmx
|
-0.5*mfnc.unx*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bx))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, x component
|
Boundaries 282–285, 290, 292, 294, 296, 298, 307
|
mfnc.dnTmy
|
-0.5*mfnc.uny*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.By))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, y component
|
Boundaries 282–285, 290, 292, 294, 296, 298, 307
|
mfnc.dnTmz
|
-0.5*mfnc.unz*(real(down(mfnc.Bx))*real(down(mfnc.Hx))+real(down(mfnc.By))*real(down(mfnc.Hy))+real(down(mfnc.Bz))*real(down(mfnc.Hz)))+real(down(mfnc.Bz))*(real(down(mfnc.Hx))*mfnc.unx+real(down(mfnc.Hy))*mfnc.uny+real(down(mfnc.Hz))*mfnc.unz)
|
Pa
|
Maxwell downward magnetic surface stress tensor, z component
|
Boundaries 282–285, 290, 292, 294, 296, 298, 307
|
mfnc.Hx
|
-Vmx
|
A/m
|
Magnetic field, x component
|
Domain 30
|
mfnc.Hy
|
-Vmy
|
A/m
|
Magnetic field, y component
|
Domain 30
|
mfnc.Hz
|
-Vmz
|
A/m
|
Magnetic field, z component
|
Domain 30
|
mfnc.tHx
|
-VmTx
|
A/m
|
Tangential magnetic field, x component
|
Boundaries 282–285, 290, 292, 294, 296, 298, 307
|
mfnc.tHy
|
-VmTy
|
A/m
|
Tangential magnetic field, y component
|
Boundaries 282–285, 290, 292, 294, 296, 298, 307
|
mfnc.tHz
|
-VmTz
|
A/m
|
Tangential magnetic field, z component
|
Boundaries 282–285, 290, 292, 294, 296, 298, 307
|
mfnc.normH
|
sqrt(realdot(mfnc.Hx,mfnc.Hx)+realdot(mfnc.Hy,mfnc.Hy)+realdot(mfnc.Hz,mfnc.Hz))
|
A/m
|
Magnetic field norm
|
Domain 30
|
mfnc.murxx
|
model.input.mur11
|
1
|
Relative permeability, xx component
|
Domain 30
|
mfnc.muryx
|
model.input.mur21
|
1
|
Relative permeability, yx component
|
Domain 30
|
mfnc.murzx
|
model.input.mur31
|
1
|
Relative permeability, zx component
|
Domain 30
|
mfnc.murxy
|
model.input.mur12
|
1
|
Relative permeability, xy component
|
Domain 30
|
mfnc.muryy
|
model.input.mur22
|
1
|
Relative permeability, yy component
|
Domain 30
|
mfnc.murzy
|
model.input.mur32
|
1
|
Relative permeability, zy component
|
Domain 30
|
mfnc.murxz
|
model.input.mur13
|
1
|
Relative permeability, xz component
|
Domain 30
|
mfnc.muryz
|
model.input.mur23
|
1
|
Relative permeability, yz component
|
Domain 30
|
mfnc.murzz
|
model.input.mur33
|
1
|
Relative permeability, zz component
|
Domain 30
|
mfnc.Bx
|
mu0_const*mfnc.Ixx*mfnc.Hx+mu0_const*mfnc.Ixy*mfnc.Hy+mu0_const*mfnc.Ixz*mfnc.Hz+mu0_const*mfnc.chimxx*mfnc.Hx+mu0_const*mfnc.chimxy*mfnc.Hy+mu0_const*mfnc.chimxz*mfnc.Hz+mfnc.Brx
|
T
|
Magnetic flux density, x component
|
Domain 30
|
mfnc.By
|
mu0_const*mfnc.Iyx*mfnc.Hx+mu0_const*mfnc.Iyy*mfnc.Hy+mu0_const*mfnc.Iyz*mfnc.Hz+mu0_const*mfnc.chimyx*mfnc.Hx+mu0_const*mfnc.chimyy*mfnc.Hy+mu0_const*mfnc.chimyz*mfnc.Hz+mfnc.Bry
|
T
|
Magnetic flux density, y component
|
Domain 30
|
mfnc.Bz
|
mu0_const*mfnc.Izx*mfnc.Hx+mu0_const*mfnc.Izy*mfnc.Hy+mu0_const*mfnc.Izz*mfnc.Hz+mu0_const*mfnc.chimzx*mfnc.Hx+mu0_const*mfnc.chimzy*mfnc.Hy+mu0_const*mfnc.chimzz*mfnc.Hz+mfnc.Brz
|
T
|
Magnetic flux density, z component
|
Domain 30
|
mfnc.normB
|
sqrt(realdot(mfnc.Bx,mfnc.Bx)+realdot(mfnc.By,mfnc.By)+realdot(mfnc.Bz,mfnc.Bz))
|
T
|
Magnetic flux density norm
|
Domain 30
|
mfnc.Mx
|
mfnc.Bx/mu0_const-mfnc.Ixx*mfnc.Hx-mfnc.Ixy*mfnc.Hy-mfnc.Ixz*mfnc.Hz
|
A/m
|
Magnetization, x component
|
Domain 30
|
mfnc.My
|
mfnc.By/mu0_const-mfnc.Iyx*mfnc.Hx-mfnc.Iyy*mfnc.Hy-mfnc.Iyz*mfnc.Hz
|
A/m
|
Magnetization, y component
|
Domain 30
|
mfnc.Mz
|
mfnc.Bz/mu0_const-mfnc.Izx*mfnc.Hx-mfnc.Izy*mfnc.Hy-mfnc.Izz*mfnc.Hz
|
A/m
|
Magnetization, z component
|
Domain 30
|
mfnc.normM
|
sqrt(realdot(mfnc.Mx,mfnc.Mx)+realdot(mfnc.My,mfnc.My)+realdot(mfnc.Mz,mfnc.Mz))
|
A/m
|
Magnetization norm
|
Domain 30
|
mfnc.Ixx
|
1
|
1
|
Spatial identity matrix, xx component
|
Domain 30
|
mfnc.Iyx
|
0
|
1
|
Spatial identity matrix, yx component
|
Domain 30
|
mfnc.Izx
|
0
|
1
|
Spatial identity matrix, zx component
|
Domain 30
|
mfnc.Ixy
|
0
|
1
|
Spatial identity matrix, xy component
|
Domain 30
|
mfnc.Iyy
|
1
|
1
|
Spatial identity matrix, yy component
|
Domain 30
|
mfnc.Izy
|
0
|
1
|
Spatial identity matrix, zy component
|
Domain 30
|
mfnc.Ixz
|
0
|
1
|
Spatial identity matrix, xz component
|
Domain 30
|
mfnc.Iyz
|
0
|
1
|
Spatial identity matrix, yz component
|
Domain 30
|
mfnc.Izz
|
1
|
1
|
Spatial identity matrix, zz component
|
Domain 30
|
mfnc.chimxx
|
-1+mfnc.murxx
|
1
|
Magnetic susceptibility, xx component
|
Domain 30
|
mfnc.chimyx
|
mfnc.muryx
|
1
|
Magnetic susceptibility, yx component
|
Domain 30
|
mfnc.chimzx
|
mfnc.murzx
|
1
|
Magnetic susceptibility, zx component
|
Domain 30
|
mfnc.chimxy
|
mfnc.murxy
|
1
|
Magnetic susceptibility, xy component
|
Domain 30
|
mfnc.chimyy
|
-1+mfnc.muryy
|
1
|
Magnetic susceptibility, yy component
|
Domain 30
|
mfnc.chimzy
|
mfnc.murzy
|
1
|
Magnetic susceptibility, zy component
|
Domain 30
|
mfnc.chimxz
|
mfnc.murxz
|
1
|
Magnetic susceptibility, xz component
|
Domain 30
|
mfnc.chimyz
|
mfnc.muryz
|
1
|
Magnetic susceptibility, yz component
|
Domain 30
|
mfnc.chimzz
|
-1+mfnc.murzz
|
1
|
Magnetic susceptibility, zz component
|
Domain 30
|
mfnc.Brx
|
BA*cos(11*pi/3)
|
T
|
Remanent flux density, x component
|
Domain 30
|
mfnc.Bry
|
BA*sin(11*pi/3)
|
T
|
Remanent flux density, y component
|
Domain 30
|
mfnc.Brz
|
0
|
T
|
Remanent flux density, z component
|
Domain 30
|
mfnc.normBr
|
sqrt(realdot(mfnc.Brx,mfnc.Brx)+realdot(mfnc.Bry,mfnc.Bry)+realdot(mfnc.Brz,mfnc.Brz))
|
T
|
Remanent flux density norm
|
Domain 30
|
mfnc.unTx
|
0
|
Pa
|
Maxwell upward surface stress tensor, x component
|
Boundaries 282–285, 290, 292, 294, 296, 298, 307
|
mfnc.unTy
|
0
|
Pa
|
Maxwell upward surface stress tensor, y component
|
Boundaries 282–285, 290, 292, 294, 296, 298, 307
|
mfnc.unTz
|
0
|
Pa
|
Maxwell upward surface stress tensor, z component
|
Boundaries 282–285, 290, 292, 294, 296, 298, 307
|
mfnc.dnTx
|
mfnc.dnTmx
|
Pa
|
Maxwell downward surface stress tensor, x component
|
Boundaries 282–285, 290, 292, 294, 296, 298, 307
|
mfnc.dnTy
|
mfnc.dnTmy
|
Pa
|
Maxwell downward surface stress tensor, y component
|
Boundaries 282–285, 290, 292, 294, 296, 298, 307
|
mfnc.dnTz
|
mfnc.dnTmz
|
Pa
|
Maxwell downward surface stress tensor, z component
|
Boundaries 282–285, 290, 292, 294, 296, 298, 307
|
mfnc.unx
|
unx
|
|
Normal vector up direction, x component
|
Boundaries 282–285, 290, 292, 294, 296, 298, 307
|
mfnc.uny
|
uny
|
|
Normal vector up direction, y component
|
Boundaries 282–285, 290, 292, 294, 296, 298, 307
|
mfnc.unz
|
unz
|
|
Normal vector up direction, z component
|
Boundaries 282–285, 290, 292, 294, 296, 298, 307
|
mfnc.dnx
|
dnx
|
|
Normal vector down direction, x component
|
Boundaries 282–285, 290, 292, 294, 296, 298, 307
|
mfnc.dny
|
dny
|
|
Normal vector down direction, y component
|
Boundaries 282–285, 290, 292, 294, 296, 298, 307
|
mfnc.dnz
|
dnz
|
|
Normal vector down direction, z component
|
Boundaries 282–285, 290, 292, 294, 296, 298, 307
|
mfnc.W
|
mfnc.Wm
|
J/m^3
|
Energy density
|
Domain 30
|
mfnc.dWm
|
mfnc.Wm
|
J/m^3
|
Integrand for total magnetic energy
|
Domain 30
|
mfnc.Wm
|
0.5*mu0_const*((mfnc.murxx*mfnc.Hx+mfnc.murxy*mfnc.Hy+mfnc.murxz*mfnc.Hz)*mfnc.Hx+(mfnc.muryx*mfnc.Hx+mfnc.muryy*mfnc.Hy+mfnc.muryz*mfnc.Hz)*mfnc.Hy+(mfnc.murzx*mfnc.Hx+mfnc.murzy*mfnc.Hy+mfnc.murzz*mfnc.Hz)*mfnc.Hz)
|
J/m^3
|
Magnetic energy density
|
Domain 30
|
Stationary Solver 1 in Solution 1 started at 2-Mar-2016 11:33:03.
Number of degrees of freedom solved for: 8989380.
Symmetric matrices found.
Orthonormal null-space function used.