Apply distributed loads (tractions) to faces, general virtual connector, or spots that are statistically equivalent
to a load applied on a single point.
Apply heat loads based on the sunbeam’s direction for thermal analysis
In the Project Tree, click on a thermal analysis to
open the Analysis Workbench, then select
Thermal Steady-State.
On the Analysis Workbench, click (Solar Loads).
The Solar Loads dialog opens.
For Sunbeam direction, enter values based on the global coordinate axis.
In the modeling window, the direction of the sunbeam
is denoted as a directional arrow in the triad.
For Absorption coefficient, enter a value between 0.01
to 1.
0.01 denotes the minimum solar flux and 1 denotes the maximum solar
flux.
Solar flux is applied to the complete model in the modeling window along the
specified sunbeam direction. The maximum solar flux (when absorption coefficient
is set to 1) is 1412.11 W/m2.1
Click OK to create.
1 Advanced Solar-Distillation Systems (Basic principles, Thermal Modeling,
and Its Application) by Tiwari. G.N; Sahota. L, 2017.