The existing implicit methods for the current initial value problems (IVPs) concerning particle-laden flows are complicated and iterative in nature. This paper presents a noniterative implicit method which can be used with pressure-based as well as with density-based algorithms. The method is illustrated by analyzing a dilute dispersion of noninteracting solid particles in an isothermal flow in a passage bounded by one straight wall and one wavy wall, in which all particles are spherical and have a finite velociy relative to the continuum phase at the inflow boundary.
Noniterative implicit method for tracking particles in mixed Lagrangian-Eulerian formulations
AIAA Journal ; 31 , 4
1993-04-01
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Englisch
Noniterative Implicit Method for Tracking Particles in Mixed Lagrangian-Eulerian Formulations (TN)
Online Contents | 1993
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