by the application of a second–order Roe–TVD scheme which is known as shock capturing scheme. The obtained results from numerical experiment compared with some measured in a laboratorial setup. Next the numerical model has been calibrated by adding a virtual...

A finite difference shock-capturing upwind discretization method in two dimensions is

presented in detail for simulation of homogeneous and nonhomogeneous devices. The

model is based on the solutions to the highly coupled nonlinear...

In this paper, an efficient blending procedure based on the pressure-based algorithm is presented to

solve the compressible Euler equations on a non-orthogonal mesh with collocated finite volume formulation.

The ...

The main objective of the current work is to introduce a new conceptual linearization strategy to improve

the performance of a primitive shock-capturing pressure-based finite-volume method. To avoid a spurious

oscillatory solution...