#sdfibm search results

got this (very coarse 384k cells) case to run in #sdfibm #openfoam now, with thanks to the author Chenguang.

garcfd's tweet image. got this (very coarse 384k cells) case to run in #sdfibm #openfoam now, with thanks to the author Chenguang.

#sdfibm tried at 10m/sec but there was a pressure instability above the car and it crashed. I tried reducing to dt=0.001 and adding in some relaxation pEqn.relax() in main.cpp, but no improvement. I wonder if there are any suggestions about improving the PISO stability?

garcfd's tweet image. #sdfibm tried at 10m/sec but there was a pressure instability above  the car and it crashed. I tried reducing to dt=0.001 and adding in some relaxation pEqn.relax() in main.cpp, but no improvement. I wonder if there are any suggestions about improving the PISO stability?

#sdfibm tried at 10m/sec but there was a pressure instability above the car and it crashed. I tried reducing to dt=0.001 and adding in some relaxation pEqn.relax() in main.cpp, but no improvement. I wonder if there are any suggestions about improving the PISO stability?

garcfd's tweet image. #sdfibm tried at 10m/sec but there was a pressure instability above  the car and it crashed. I tried reducing to dt=0.001 and adding in some relaxation pEqn.relax() in main.cpp, but no improvement. I wonder if there are any suggestions about improving the PISO stability?

got this (very coarse 384k cells) case to run in #sdfibm #openfoam now, with thanks to the author Chenguang.

garcfd's tweet image. got this (very coarse 384k cells) case to run in #sdfibm #openfoam now, with thanks to the author Chenguang.

No results for "#sdfibm"

got this (very coarse 384k cells) case to run in #sdfibm #openfoam now, with thanks to the author Chenguang.

garcfd's tweet image. got this (very coarse 384k cells) case to run in #sdfibm #openfoam now, with thanks to the author Chenguang.

#sdfibm tried at 10m/sec but there was a pressure instability above the car and it crashed. I tried reducing to dt=0.001 and adding in some relaxation pEqn.relax() in main.cpp, but no improvement. I wonder if there are any suggestions about improving the PISO stability?

garcfd's tweet image. #sdfibm tried at 10m/sec but there was a pressure instability above  the car and it crashed. I tried reducing to dt=0.001 and adding in some relaxation pEqn.relax() in main.cpp, but no improvement. I wonder if there are any suggestions about improving the PISO stability?

Loading...

Something went wrong.


Something went wrong.


United States Trends