FRZ
| (Object data - 2D) | |
|---|---|
| Update History: (New definition has been introduced in v10.0) | Last updated on : 06-08-2013 |
FRZ Object, Ndata, DefXForce, DefYForce
- Node(1), XForce(1), YForce(1)
-
: :
Node(Ndata), XForce(Ndata), YForce(Ndata)
| OPERAND | DESCRIPTION | DEFAULT |
|---|---|---|
| Object | Object number | None |
| Ndata | Number of node/force data set | None |
| DefXForce | Default nodal force in X for all nodes not listed in the node/force sets | 0.0 |
| DefYForce | Default nodal force in Y for all nodes not listed in the node/force sets | 0.0 |
| Node(i) | Node number of ith data set | None |
| XForce(i) | Nodal force in X of ith data set | 0.0 |
| YForce(i) | Nodal force in Y of ith data set | 0.0 |
DEFINITION
FRZ specifies the value of the constant nodal force at individual nodes.
REMARKS
FRZ can only be applied to nodes which have been specified as having a nodal force boundary constraint code (BCCDEF) and as having a constant function type (BCCDFN). Nodal forces are applied in the local coordinate system specified by BCCANG. If no value is specified for DefXForce and DefYForce, they will be assumed to be zero. Applicable object types: Rigid, Elastic, Plastic, Elastoplastic, and Porous.
RELATED TOPICS
Boundary constraints Keywords: BCCDEF (2D), BCCDEF (3D), BCCDFN (2D), BCCDFN (3D), BCCFNC, BCCANG