Simulation and preliminary validation of a three-phase flow model with energy

This paper is devoted to the simulation of three-phase flow model [20], in order account for immiscible components. The whole first recalled, and main properties closed set are given, with particular focus on Riemann problem associated convective subset that contains non-conservative terms, also relaxation process. hyperbolic, far from resonance occurrence, a physically relevant entropy inequality holds smooth solutions system. Owing uniqueness jump conditions, specific one-dimensional can be built, these useful (and mandatory) verification procedure. fractional step method proposed herein complies continuous inequality, implicit schemes considered terms take their roots true Once tests have been achieved, given experimental setup [8, 9], simulate cloud droplets hit by an incoming gas shock-wave. Finally, study involving thermal effects presented, it based KROTOS experiment [25] which focuses vapour explosion simulation.