Electric Field Exercise 2— Creating Boundary Conditions
1. Under Domains, right-click
BUSBAR_1 and select
Add Boundary Condition. The
Surface Sets dialog box opens.
2. Select CURRENT_INLET_1 as shown in the figure below.
3. Click OK. Under General Boundaries, a new entity BC_00001 is created.
4. Under
Domains, right-click
BUSBAR_2 and select
Add Boundary Condition. The
Surface Sets dialog box opens.
5. Select CURRENT_INLET_2 as shown in the figure below.
6. Click OK. Under General Boundaries, a new entity BC_00002 is created.
7. Under
Domains, right-click
BUSBAR_3 and select
Add Boundary Condition. The
Surface Sets dialog box opens.
8. Select CURRENT_INLET_3 as shown in the following figure.
9. Click OK. Under General Boundaries, a new entity BC_00003 is created.
Figure 26. Creating Inlet Boundaries
1. CURRENT_INLET_1
2. CURRENT_INLET_2
3. CURRENT_INLET_3
10. Under
Domains, right-click
COPPER_TERMINAL_1 and select
Add Boundary Condition. The
Surface Sets dialog box opens.
11. Select CURRENT_OUTLET_1 as shown in the following figure.
12. Click OK. Under General Boundaries, a new entity BC_00004 is created.
13. Under
Domains, right-click
COPPER_TERMINAL_2 and select
Add Boundary Condition. The
Surface Sets dialog box opens.
14. Select CURRENT_OUTLET_2 as shown in the following figure.
15. Click OK. Under General Boundaries, a new entity BC_00005 is created.
16. Under
Domains, right-click
COPPER_TERMINAL_3 and select
Add Boundary Condition. The
Surface Sets dialog box opens.
17. Select CURRENT_OUTLET_3 as shown in the following figure.
18. Click OK. Under General Boundaries, a new entity BC_00006 is created.
Figure 27. Creating Outlet Boundaries
1. CURRENT_OUTLET_2
2. CURRENT_OUTLET_1
3. CURRENT_OUTLET_3
19. Right-click and rename the following boundary conditions:
◦ BC_00001 as CURRENT_INLET_1
◦ BC_00002 as CURRENT_INLET_2
◦ BC_00003 as CURRENT_INLET_3
◦ BC_00004 as CURRENT_OUTLET_1
◦ BC_00005 as CURRENT_OUTLET_2
◦ BC_00006 as CURRENT_OUTLET_3