A Fictitious Domain Method Based on Finite Volume Scheme for Particulate Flows

doi:10.19596/j.cnki.1001-246x.7849

Abstract

Abstract: This research aims to develop a fictitious domain method based on finite volume discretization. The main idea is to add a source term in the momentum equation, which can apply rigid body constraint on domains covered by particles. The source term includes both particle and fluid information inside. It shows that by refreshing fluid information after each iteration, rigidity of solid can be preserved. This finite volume method is then verified by simulations of several cases and comparing results with literatures, which proves accuracy of the method.

Key words: computational fluid dynamics, two-phase flow, fictitious domain method, direct numerical simulation, finite volume method

CLC Number:

ZHANG Longhui, YOU Changfu. A Fictitious Domain Method Based on Finite Volume Scheme for Particulate Flows[J]. CHINESE JOURNAL OF COMPUTATIONAL PHYSICS, 2019, 36(3): 291-297.

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