Simulation of Compressible Two-Phase Flows Using a Void Ratio Transport Equation

Phase Change Simulation for Isothermal Compressible Two-Phase Flows

High-resolution simulation of cavitation in compressible two-phase flows

The aim of this research project is to take an existing compressible two-phase flow solver and to turn it into a fully parallelized scalable MPI code capable of simulating three-dimensional geometries at unprecedented resolution with high fidelity to the basic physics. The existing code has been developed by several academics (Stephen Shaw, Xi’an JiaotongLiverpool University, and Peter Spelt, E...

A Two -Step Modification toward Implementing Compressible Source Terms in Low Compressible Flows

Numerical Simulation of Compressible Two-phase Flows Using an Eulerian Type Reduced Model

Computing compressible two-phase flows that consider different materials and physical properties is conducted. A finite volume numerical method based on Godunov approach is developed and implemented to solve an Euler type mathematical model. This model consists of five partial differential equations in one space dimension and it is known as the reduced model. A fixed Eulerian mesh is considered...

Parallel simulation of three-dimensional complex flows: Application to two-phase compressible flows and turbulent wakes

In this paper, we present parallel simulations of three-dimensional complex flows obtained on an ORIGIN 3800 computer and on homogeneous and heterogeneous (processors of different speeds and RAM) computational grids. The solver under consideration, which is representative of modern numerics used in industrial computational fluid dynamics (CFD) software, is based on a mixed element-volume method...