The reduced dissipation approach is applied to AUSM-family flux functions of SLAU2 (as
well as its predecessor, SLAU) and AUSM+-up for high resolution simulations. In this …

The discrete-equations method (DEM)[1] provides a universal approach to solve multi-phase-
flow equations as it combines the solutions of pairwise Riemann problems. Although very …

A five-equation model based on finite-difference frame was utilized to simulate liquid droplet
breakup in supersonic flows. To enhance the interface-capturing quality, an anti-diffusion …

Compressible two-phase flows were simulated based on the five-equation model under the
Adaptive Mesh Refinement (AMR) framework to balance the requirements between space …

A compressible and multiphase flows solver has been developed for the study of liquid/gas
flows involving shock waves and strong expansion waves leading to cavitation. This solver …

When solving compressible multi-material flow problems, an unresolved challenge is the
computation of advective fluxes across material interfaces that separate drastically different …

A robust and efficient density-based finite volume method is developed for solving the six-
equation single pressure system of two-phase flows at all speeds on hybrid unstructured …

This paper presents an efficient and robust numerical framework to deal with multiphase real-
fluid flows and their broad spectrum of engineering applications. A homogeneous mixture …

Computations of all-speed multiphase real fluid flows for aerospace launch vehicles are
known to be very demanding, owing to several issues that include robust capturing of two …

Roles of flux functions (such as SLAU2 Kitamura and Shima, 2013), limiters, and
reconstructed variables are thoroughly investigated in problems related to hypersonic …