Pressure relaxation in some multiphase flow models

J. Hérard, Guillaume Jomée
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Abstract

We consider in this paper multiphase flow models involving two, three or four fields, in total mechanical and thermodynamical disequilibrium. Thus several pressure fields arise, and we precisely focus here on the pressure relaxation process, while restricting to four distinct multiphase flow models. The first two models only involve immiscible compressible components, while the last two hybrid models involve both miscible and immiscible components. It is shown that some -weak- restrictions may occur on pressure gaps, which are unlikely to appear in practice. Evenmore, three-phase flow models may involve a non-monotone behaviour in the return to pressure equilibrium.
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某些多相流模型的压力松弛
在本文中,我们考虑了涉及两个、三个或四个场的多相流模型,包括力学和热力学的总不平衡。因此,出现了几个压力场,我们在这里精确地关注压力松弛过程,同时限制在四种不同的多相流模型。前两种模型只涉及不可混相压缩分量,后两种混合模型同时涉及可混相和不可混相分量。结果表明,在实际应用中不太可能出现的压力间隙存在一些弱约束。此外,三相流模型在恢复压力平衡时可能涉及非单调行为。
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