We model liquid–gas flows with cavitation by a variant of the six-equation single-velocity two-
phase model with stiff mechanical relaxation of Saurel–Petitpas–Berry (Saurel et al …

Single fluid schemes that rely on an interface function for phase identification in
multicomponent compressible flows are widely used to study hydrodynamic flow …

In this article, a high-resolution diffuse interface method is investigated for simulation of
compressible two-phase gas–gas and gas–liquid flows, both in the presence of shock wave …

A semi-conservative, stable, interphase-capturing numerical scheme for shock propagation
in heterogeneous systems is applied to the problem of shock propagation in liquid-gas …

In this study, a fluidized-bed reactor (FBR) was employed to treat copper-containing
wastewater by mean of copper precipitation on the surface of sand grains. The conditions for …

In this paper, we combine the pseudo arc-length numerical method with the mathematical
model of multiphase compressible flow for simulating the shock wave interaction with a …

In a gas–water interaction problem, the nonlinear relationship between shock wave velocity
is introduced into a Hugoniot curve, and a Mie–Grüneisen Equation of state (EOS) is …

Purpose–The purpose of this paper is to provide an improved Mie-Grüneisen mixture model
to simulate underwater explosion (UNDEX). Design/methodology/approach–By using Mie …

The protection effects of a mitigation layer in an underwater explosion are investigated here.
The explosion shock loads on a mitigated structure are computed by a Mie–Grüneisen …

We describe a novel interface-sharpening approach for the efficient numerical simulation of
compressible two-phase flow with cavitation. The algorithm uses a five-equation transport …