How would you go about modelling a pulsating membrane (i.e. bellow). Interested in simulating a pulsating jig normally used in mineral processing (gravity separation method)
i'm using comsol 6 , in the discretization section it has "compute boundary flux" which i think applies the boundary flux and gives a much cleaner result.
Hi , I want to know what is the exact difference b/w deformed geometry and moving mesh ? ( Please do not direct me to comsol page, I did not understand the meaning there)
how to implement this conservation idea to a level set problem with moving mesh
(eg. moving boundary drive the liquid out of nozzle
sincerely
hi, I'm working on a problem like yours, if you found the answer I'd be grateful if you shared it with me. thanks
How would you go about modelling a pulsating membrane (i.e. bellow). Interested in simulating a pulsating jig normally used in mineral processing (gravity separation method)
i'm using comsol 6 , in the discretization section it has "compute boundary flux" which i think applies the boundary flux and gives a much cleaner result.
Hi Alex very well explained. Can we simulate dynamic process in sliding mode TENG? Any guidance would be much appreciated. Thank you..
Hi , I want to know what is the exact difference b/w deformed geometry and moving mesh ? ( Please do not direct me to comsol page, I did not understand the meaning there)
how to write c programme for it.please send it on my email id