Abstract
We present an Eulerian method to compute polydisperse flow, using a stabilized finite element method for the flow and particle transport equations, an equilibrium approach to compute the particle velocity field and a Direct Quadrature of Method of Moments to take into account polydispersity and particle coagulation. For the coagulation, a kernel that can be used in direct numerical simulation is derived.The method is tested on the Taylor-Green vortex and a Burgers vortex.
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