FRCROT
| (Inter-Object data - 2D) | Â |
|---|---|
| Update History: (New definition has been introduced in v10.0) | Last updated on : 06-08-2013 |
FRCROT Object1, Object2, DefType, AngVel
or
FRCROT Object1, Object2, DefType, Ndata
- Time/Press(1), AngVel(1)
-
:
Time/Press(Ndata), AngVel(Ndata)
| OPERAND | DESCRIPTION | DEFAULT |
|---|---|---|
| Object1 | Object number of first object | None |
| Object2 | Object number of second object | None |
| DefType | Function type None =0 Constant angular velocity = 1 Angular velocity is a function of time = 2 Angular velocity is a function of pressure | Â |
| AngVel | Angular velocity Ftype = 0 | Â |
| Ndata | Number of Time/Press angular velocity data pairs | None |
| Time/Press(i) | Time (Ftype = 1), or pressure (Ftype = 2) of ith data pair | None |
| AngVel(i) | Relative angular velocity (radians / unit time) of ith data pair | None |
DEFINITION
FRCROT specifies the relative angular rotation at the interface between two objects. This enables DEFORM to calculate the heat generation from axisymmetric rotation between two objects.
REMARKS
The angular velocity may be specified as a constant, a function of time, or a function of interface pressure. If Ftype = 0, use the operand AngVel. If DefType = 1 or 2, use the operands Ndata, Time/Press, AngVel(i). When DefType =1, each data pair should be provided on a separate line, resulting in Ndata lines of Time/Press(i), AngVel(i). Applicable object types: Rigid, Elastic, Plastic, Elastoplastic, and Porous.
RELATED TOPICS
Inter-Object data: Thermal Keywords: IHTCOF (2D), IHTCOF (3D)