Result request

Analysis > Options > Solution Settings > Result Request

Introduction

The Result Request function has been added for Electromagnetic solutions:

  • 2D Magnetostatic (MS2D)
  • 3D Magnetostatic (MS3D)
  • 3D Magnetostatic Integral (MSIM)
  • 2D Transient Magnetic (MT2D)
  • 3D Transient Magnetic (MT3D)
  • 2D AC Magnetic (MAC2D)
  • 3D AC Magnetic (MAC3D)
  • Parasitics Extraction (PE)
  • AC Supplied Conductors (SCAC)
Note: No Result Request for Electrostatic solution.

The Result Request allows the user to select the list of global quantities that he wants to postprocess in function of another parameter (position, time…).

Note: Result Request entity exists by default in the solution. Some quantities are checked by default. It is possible to change the quantities to post process by clicking on the Result Request button or by editing the existing entity in the solution datatree (in Settings).

Dialog Box

List of Result Request for EM Solutions

By default, the predefined quantities of the motion are displayed (and cannot be modified), and the user has the choice to add or remove the other quantities. The list of these proposed quantities is in this dedicated GUI and depends on the studied solution (MS2D, MS3D, MT2D...).

Export H3D Result files: this option has been added to support the exports or not of the graphical result contours for Magnetostatic Integral and AC Supplied Conductors. This option can help to save time in cases of Design of Experiments, when it is only interesting to see global values. This option is enabled by default.

Category Global quantities SimLab Solution
MS2D MS3D MSIM MT2D MT3D MAC2D MAC3D SCAC
Motion Position
Speed
Acceleration
Electromagnetic Force
Electromagnetic Torque
Mechanical power
Coil Conductor Voltage
Current
Active power
Reactive power
Flux
Joule loss
Energy
Lorentz force
Inductance
Solid Conductor Voltage **
Current **
Active power
Reactive power
Joule loss **
Current and Voltage sources Voltage **
Current **
Active power
Reactive power
Resistance

Inductor

Capacitor

 Voltage **
Current **
Active power
Reactive power
Switch Voltage
Current
Active power
Diode Voltage
Current
Active power
Brush-Segment Voltage
Current
Active power
Squirrel Cage Voltage
Current
Active power
Reactive power
Joule loss
Advanced Results Joule Losses

(* Averaged Joule Losses)

 * *
Iron Losses

(* Averaged Iron Losses)

 * *
  • Min Computation Step
  • Max computation Step
Position step
Number of layers in extrude direction
Calculate for full geometry
Sheet Lamination Iron Losses
  • Min Computation Step
  • Max computation Step
Thin Region Joule loss **
Others Energy (all bodies)
RMS or Max for Voltage, Current and Flux
Note: ** For SCAC solution, there are no circuit information in the Result request dialog box, but some results are automatically computed and available for the postprocessing after to solve:
  • Current and Voltage for available components ( Current and Voltage Sources, Resistor, Inductor, Capacitor, Solid Conductor)
  • Joule losses for Solid Conductor component and Thin Region