From, To, Step
|
Element series to be loaded |
Assembly
|
Alternative to load assignment via element series: Name of the assembly to be loaded. The specified load is applied to every element of the specified assembly. |
DX, DY, DZ
|
Load direction vector. The entered vector is internally normalized to a length of 1; specifying a vector with other length does not influence the loading intensity. Default: no default, direction must be prescribed
|
Global / Local
|
Selection of the related direction system (global or local) |
I-Var1, I-Var2
|
Parameter for calculating the internal variable IQVAR to be used for evaluating any cover function for assigning different tables to different elements Formula for calculating IQVAR: IQVAR = I-Var1 + (n-1) · I-Var2 with n as consecutive ordinal number of the given element series.
Setting | Description |
---|
I-Var1 = I-Var2 = 0 |
Direct assignment of the loading function without cover function |
|
Ndiv
|
Number of subdivisions of the loading function |
Table
|
Name of the loading table (function), which has been defined as variable. |
Real length / Projection
|
Load intensities related to the real (clear) element lengths or to the length of the projection normal to the load direction |
Element-normalised length
|
Abscissa value of the loading function is X/L (relative distance from the element begin) |
Element-length
|
Abscissa value of the loading function is the distance from the element begin |
Element-global X-axis
|
Abscissa value of the loading function is the global X coordinate |
Element-global Y-axis
|
Abscissa value of the loading function is the global Y coordinate |
Element-global Z-axis
|
Abscissa value of the loading function is the global Z coordinate |
[OK+Series]
|
To continue with further input of the same load type |