Parameter Settings

[S0068] Create a multiple face reference target and set it as the reference for the surface normal direction of a superconducting material

Create a multi faces selection reference target to specify the reference surface for material properties where the reference direction changes along a curved surface.

[S0067] Create mesh channel conditions and set heat transfer boundaries

Create channel conditions specifying the cross-sectional shape and placement to be applied during mesh generation, and set the heat transfer boundary conditions.

[S0049] Configure the response table creation for an efficiency map analysis study using a reduced order model method

Configure the settings of the response table creation for efficiency map analysis using a reduced order model method.

[S0048] Set the parametric variable ranges for optimization

In the optimization settings, configure the parametric variable ranges and select CAD parameters to modify the range using the range finder.

[S0040] Create an equation in the case control

Create an equation of an expression type with specifying the display order on equation list.

[S0036] Set the Halbach array as the magnetization pattern for a permanent magnet

Set a parallel pattern (circular Halbach array) to permanent magnets arranged in the circumferential direction.

[S0034] Get the settings of measurement variables

Retrieved and display the settings of the measurement variables according to the measurement type.

[S0030] Create a custom superconductor material

Create a custom superconductor material with properties that depend on angle, temperature, and magnetic flux density.

[S0029] Set a point array property to the analysis condition

Create and set a point array to the table type parameter in the analysis condition.

[S0024] Set to use subroutines and its user variables

Set the electric potential of the electric potential source to be supplied by a user subroutine, and set user variables for this subroutine.

[S0011] Apply heat transfer boundary condition to the part surfaces

In a thermal analysis study, apply heat transfer boundary condition to the faces defined by the set.

[S0010] Set up the automatic meshing property with Method 3: Automatic element size

Set the mesh properties for the 2D magnetic field analysis to slide mesh method 3 (automatic element size).

[S0009] Add result calculation of parts, faces, or edges for mesh groups

Create result calculation definition of part, face or edge that target mesh groups.

[S0005] Set the orientation pattern of the magnetization material parts to a parallel pattern (circular any direction)

In a magnetic field analysis, set the orientation pattern to a parallel pattern (circular any direction) in the properties of the part with the magnetization material

[S0004] Add steady conditions to the step control in the study properties of a magnetic field transient analysis

In a magnetic field transient analysis, add steady conditions to the step control to stop the analysis when a steady state is reached.

[S0003] Place a PWM 120deg conduction system (3-phase) component in the circuit

Place a PWM 120deg conduction system (3-phase) macro component in the circuit of a magnetic field transient analysis study or an integration analysis study