Abstract
Recently, numerical simulations of two-component fluid fow is performed with highperformance computer. In these method, numerical solution is given by solving a set of partialdiffererencial equation modeled with experiments. However numerical divagency is sometimes occurred by complexity of two-component interface. Moreover, it is very difficult to evaluate interfacilal area cocentration with experiments. The 2-dimiensional immiscible lattice gas (ILG) model of lattice gas automata method is expected to describe complex interface behavior. In the present study, numerical simulation of two-component fluid fow is peformed with 3-dimensional ILG model. And the applicability of this model to two-component fluid flow is validted.
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