Ychen: Created page with "If the inviscid case is 3-D, the meshing is actually easier. The tricky case is 2-D 1. Solver Choice For low-speed case we can use AcuSolve, to load it vglconnect -s viz001 s..."

2012-07-27T19:52:09Z

Created page with "If the inviscid case is 3-D, the meshing is actually easier. The tricky case is 2-D 1. Solver Choice For low-speed case we can use AcuSolve, to load it vglconnect -s viz001 s..."

New page

If the inviscid case is 3-D, the meshing is actually easier. The tricky case is 2-D

1. Solver Choice

For low-speed case we can use AcuSolve, to load it

vglconnect -s viz001

soft add +acusolve

vglrun acuConsole

We can group the CAD model and meshing it. All the walls are slip-wall type

After we generate the input file for the solver we can run the solver using the command:

Run Inviscid Simulations - Revision history

Ychen: Created page with "If the inviscid case is 3-D, the meshing is actually easier. The tricky case is 2-D 1. Solver Choice For low-speed case we can use AcuSolve, to load it vglconnect -s viz001 s..."