Thermal steady state analysis¶
Perform a thermal steady state analysis. Calculate the temperature distribution in the model.
Loads¶
Open the load case container, where load cases can be defined (CTRL+K on load case to configure).
Add load case¶
Add a load case to the load case container. To configure the load case, click CTRL+K on the load case.
Link¶
Define at which link the load is applied.
Thermal load¶
Define the thermal load that is applied to the system. Three types of thermal loads can be defined.
| Type | Thermal load |
|---|---|
| Convection | Convection load applied to entity in [K] |
| Heat flux | Heat flux load apploed to entity in [W/m2] |
| Heat flow | Heat flow load applied to entity in [W] |
Add convection load¶
Add a convection load to the load case.
Add heat flux load¶
Add a heat flux load to the load case.
Add heat flow load¶
Add a heat flow load to the load case.
Axis position table¶
Number of poses¶
Change the number of poses in the table. In the table the positions of the axes can be changed. MORe then performs a static analysis at every case defined. If the number of poses is 2, then 2 static analyses will be performed.
Table¶
For every pose the position of the axis can be defined.
Load case table¶
Number of poses¶
Change the number of poses in the table. In the table weight of the loads can be changed. MORe then performs a static analysis at every case defined. If the number of poses is 2, then 2 static analyses will be performed.
Table¶
For every pose the load can be defined.
Start calculation¶
Start the calculation of the thermal steady state analysis.