Previous solution time-dependant data fixed when solved for next application...
Hi, I have 3 application modes; Stokes Flow (mmglf2), Convection and Diffusion (chcd) and Electric Currents (emqvw). The stokes flow is the ruling application mode. If I solve for mmglf2 and chcd...
View ArticleRe: Previous solution time-dependant data fixed when solved for next...
Hi I'm not sure I fully got everything, but if you run a time dependent solver and then switch to a another, how can the system know the "time" t, since it's defned in the solver settings ? I would try...
View ArticlePrevious solution time-dependant data fixed when solved for next application...
Hi, I have 3 application modes; Stokes Flow (mmglf2), Convection and Diffusion (chcd) and Electric Currents (emqvw). The stokes flow is the ruling application mode. If I solve for mmglf2 and chcd...
View ArticleRe: Previous solution time-dependant data fixed when solved for next...
Hi I'm not sure I fully got everything, but if you run a time dependent solver and then switch to a another, how can the system know the "time" t, since it's defned in the solver settings ? I would try...
View ArticlePrevious solution time-dependant data fixed when solved for next application...
Hi, I have 3 application modes; Stokes Flow (mmglf2), Convection and Diffusion (chcd) and Electric Currents (emqvw). The stokes flow is the ruling application mode. If I solve for mmglf2 and chcd...
View ArticleRe: Previous solution time-dependant data fixed when solved for next...
Hi I'm not sure I fully got everything, but if you run a time dependent solver and then switch to a another, how can the system know the "time" t, since it's defned in the solver settings ? I would try...
View Article
