CFD – Modeling Viscoplastic Fluids
Many industrial materials—like suspensions and slurries—can be characterized as a viscoplastic fluid where the material...
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Many industrial materials—like suspensions and slurries—can be characterized as a viscoplastic fluid where the material...
Read More...In the initial design of new wastewater treatment facilities or the expansion of existing ones,...
Read More...Particle breakage (or attrition) by gas jets is encountered in many processes. Quite often it...
Read More...Liquid sprays are widely employed when a large surface area is required for interfacial interaction....
Read More...Modeling gas-assisted atomization as phase inversion Effervescent atomization is a type of a gas-assisted atomization...
Read More...Often multiphase systems that we model in Computational Fluid Dynamics (CFD) contain dispersed phases, as...
Read More...Darby’s Welding & Machine Inc. and Loenbro LLC have designed and manufactured a compact aerial...
Read More...In past posts, various aspects of CFD meshing were examined. The three main categories of...
Read More...Adaptive meshing is a powerful technique to quickly achieve accurate Computational Fluid Dynamics (CFD) simulations....
Read More...The most complex CFD mesh modeling involves the use of moving and deforming grids, or...
Read More...In a previous post about hybrid meshes, non-conformal mesh interfaces were discussed as they relate...
Read More...A CFD mesh can be created using one of the three main cell types—hexahedral, tetrahedral...
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