|June 27, 2012, 05:37||
Best mesh-free fluid model?
Join Date: Jun 2012
Posts: 3Rep Power: 6
I wrote a SPH program based on Rama Hoetzlein's fluids v2 which implements a simplified SPH model, fixed particle mass, fixed time step, fixed smoothing length. I got it to simulate simple dam break but it's much harder to adjust it for fluid solid interaction.
systems engineering background, mostly PID controller and CV processing. I am new to CFD with some understanding in FEM. For my purpose I need an efficient fluid model for (possibly real time) fluid-solid interaction for elastic or hard solids. I am mostly looking at Lagrangian methods because from my understanding Eulerian nodes are fixed in place.
I skimmed through some overview the Lagrangian fluid models, but I lack the background to understand the advantage of each model and I am hoping you could point them out and recommend one that's suitable for my use. The ones I came across are eulerian-lagrangian hybrid, optimal transportation meshfree, MLS fluid, and some SPH refinement for density, kernel, viscosity, and acceleration correction
|meshfree, meshless, mls, sph|
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