LF Time Domain Solver (MQS) Settings

LF Time Domain Solver Settings

Before the transient magnetoquasistatic solver can be started, several settings and definitions should be made. These settings are grouped on the ribbons to allow an easy and intuitive access.

Please refer also to the QuickStart Guide which guides you interactively through these steps.

Home: Settings

Units

Modeling: Materials

Background
New / Edit
Material Library

Structure Modeling:

Simulation: Boundaries

Boundaries and Symmetries

Simulation: Sources and Loads

Permanent Magnet

Coil Coil

Coil Coil Segment

Path Sources Current Path

Path Sources Voltage Path

Signal

Simulation: Monitors

Field Monitor

Monitor on Entity Monitor at Point

Monitor on Entity Monitor on Edge

Monitor on Entity Monitor on Face

Monitor on Entity Monitor on Volume

Note: Several basic settings can be made in advance by selecting an application specific project template.

The solver can be started from the LF Time Domain Solver Dialog box that can be opened by choosing Simulation: SolverStart Simulation

The solver will produce a set of results that can be accessed from the navigation tree. In addition the template based postprocessing can be used to create further application specific results.

LF Time Domain Solver Settings

Before the transient magnetoquasistatic solver can be started, several settings and definitions should be made. These settings are grouped on the ribbons to allow an easy and intuitive access.

Please refer also to the QuickStart Guide which guides you interactively through these steps.

Note: Several basic settings can be made in advance by selecting an application specific project template.

The solver can be started from the LF Time Domain Solver Dialog box that can be opened by choosing Simulation: SolverStart Simulation .

The solver will produce a set of results that can be accessed from the navigation tree. In addition the template based postprocessing can be used to create further application specific results.

LF Time Domain Solver Settings

Before the transient magnetoquasistatic solver can be started, several settings and definitions should be made. These settings are grouped on the ribbons to allow an easy and intuitive access.

Please refer also to the QuickStart Guide which guides you interactively through these steps.

Note: Several basic settings can be made in advance by selecting an application specific project template.

The solver can be started from the LF Time Domain Solver Dialog box that can be opened by choosing Simulation: SolverStart Simulation .

The solver will produce a set of results that can be accessed from the navigation tree. In addition the template based postprocessing can be used to create further application specific results.

Before the transient magnetoquasistatic solver can be started, several settings and definitions should be made. These settings are grouped on the ribbons to allow an easy and intuitive access.

The solver can be started from the LF Time Domain Solver Dialog box that can be opened by choosing Simulation: SolverStart Simulation .

The solver will produce a set of results that can be accessed from the navigation tree. In addition the template based postprocessing can be used to create further application specific results.