Module: base
Description:
| Model name | Model description |
|---|---|
| MU | Dumper element |
| K | Elasticity element |
| M | Inertia element |
| MUV | Elasticity element |
| KV | Elasticity element |
| MV | Elasticity element |
| SF | Force constant source |
| SV | Velocity source |
| SFV | Elasticity element |
| SVV | Elasticity element |
| SSV | Elasticity element |
| SAV | Elasticity element |
| OVP name | OVP description |
| X | Calculation of scaled value of given variable. |
| V | The description of V image |
| A | The description of A image |
| Image name | Image description |
| Node name | Node description |
| DOF1 | One dimensional degree of freedom. |
| Point | 3-dimentional point which can move and rotate. |
| Point2d | description |
| XY | description |
| XYZ | Node of 3-dimentional translation. |
| Parameter name | Parameter description |
| real | Real number |
| int | Real number |
| pXY | description |
| pXYZ | The start coordinates of 3-dimentional point |
| Diagram | Table dependence. |
| Fluid | Material properties. |
| InertiaMoment | The main inertia moments relative to local axes |
| ElasticMaterial | Material properties. |
| ContactForceModel | description |
| Facet | Table dependence. |
| Object name | Object description |
| DISP | Diagrams |
| SHTERM | Transient analysis by Schtermer method |
| NEWMARK | Transient analysis by Newmark method |