Plotting Standard Field Quantities
Maxwell makes numerous quantities available for field plotting derived directly from the field solution. The quantities available depend upon the solution type (magnetostatic, eddy current, etc.), on the design type (2D or 3D) and other parameters such as the use of lossy materials. The chart below lists possible solution quantities available when using Maxwell 2D > Fields > Fields or Maxwell 3D > Fields > Fields.
Description |
Quantity |
2D |
3D |
Flux_Lines, A_Vector |
Magnetostatic, Eddy Current, Transient |
|
|
Mag_H, ComplexMag_H, H_Vector |
Magnetostatic, Eddy Current, Transient |
Magnetostatic, Eddy Current, Transient |
|
Mag_B, ComplexMag_B,B_Vector |
Magnetostatic, Eddy Current, Transient |
Magnetostatic, Eddy Current, Transient |
|
Current Density |
JatPhase, Mag_J, ComplexMag_J, J_Vector, Jphi, Jz |
Magnetostatic, Eddy Current, Transient, ACConduction, DCConduction |
Magnetostatic, Eddy Current, Transient, DCConduction, Electric Transient, ACConduction |
Direct Current Density | Mag_Jc, ComplexMag_Jc, Jc_Vector |
ACConduction |
|
DatPhase, Mag_D, ComplexMag_D, D_Vector |
Eddy Current, Electrostatic, ACConduction |
Eddy Current, Electrostatic, DCConduction, Electric Transient, ACConduction |
|
Mag_E, ComplexMag_E, E_Vector |
Electrostatic, ACConduction, DCConduction |
Eddy Current, Electrostatic, DCConduction, Electric Transient |
|
Surface Charge Density |
|
Electrostatic, ACConduction, DCConduction, Electric Transient |
|
(on an impedance boundary) |
|
Eddy Current |
|
Voltage |
Electrostatic, ACConduction, DCConduction |
Electrostatic, DCConduction, Electric Transient, ACConduction, Transient A-Phi |
|
Energy in the Field |
energy |
Magnetostatic, Eddy Current, Transient, Electrostatic |
Magnetostatic, Eddy Current, Transient, Electrostatic, ACConduction, DCConduction, Electric Transient |
Magnetic CoEnergy |
Magnetostatic, Eddy Current, Transient |
Magnetostatic, Transient |
|
|
Magnetostatic, Eddy Current, Transient |
Magnetostatic, Transient |
|
Magnetostatic, Eddy Current, Transient, Electrostatic, ACConduction, DCConduction |
Magnetostatic, Eddy Current, Transient, DCConduction, Electric Transient, ACConduction |
||
Transient (Magnetic) |
|
||
Eddy Current |
Eddy Current |
||
Eddy Current |
Eddy Current ACConduction |
||
Surface Loss Density |
SurfaceLossDensity |
|
Eddy Current |
Edge Force Density |
Magnetostatic, Eddy Current (DC component only), Transient, Electrostatic |
|
|
Temperature |
Temp |
Magnetostatic, Eddy Current, Electrostatic |
Magnetostatic, Eddy Current, Electrostatic |
Surface Force Density |
Magnetostatic, Eddy Current (DC component only), Transient, Electrostatic |
Magnetostatic, Eddy Current (DC component only), Transient, Electrostatic, Electric Transient |
|
Volume Force Density |
|
Magnetostatic, Eddy Current, Transient, Electrostatic, Electric Transient |
|
Displacement |
Displacement_Vector, Mag_Displacement |
Magnetostatic, Eddy Current, Electrostatic |
Magnetostatic, Eddy Current, Electrostatic |
Sum of Ohmic, Hysteresis, and Dielectric Loss |
Eddy Current |
|
|
Loss on Impedance boundary applied to a conductor |
Eddy Current |
|
|
Demagnetization coefficient | Demag_coef | Magnetostatic, Transient | Magnetostatic, Transient |
Loss Density | LossDensity | Transient | Transient |
Related Topics
Plotting Derived Field Quantities
Creating 2D Reports From Named Expressions
Calculating a Derived Field Quantity