A global heat balance method for supercritical carbon dioxide (S-CO 2) high speed tilting
pad bearings was developed, in which the real gas effect, variable thermodynamic …

The Riemann problem is fundamental to most computational fluid dynamics (CFD) codes for
simulating compressible flows. The time to obtain the exact solution to this problem for real …

Traditional Riemann solvers fall into two broad categories: exact solvers, which require
multiple iterations to achieve high accuracy, and approximate linearized solvers, which …

In this paper, a closed-form solution for an ionizing spherical shock/blast wave in a dusty gas
(a mixture of an ideal gas and solid particles of micrometer size) under the influence of …

An analytical solution for power-law shock paths and a numerical solution for exponential-
law shock paths to the system of equations that describes a cylindrical shock wave in a …

In the present paper, we study the exponential shock propagation in a self-gravitating
rotational axisymmetric perfectly conducting mixture of van der Waal gas and solid particles …

A one-dimensional mathematical model is developed for an unsteady incompressible
laminar flow in a circular pipe subjected to a rapid change in the flow rate from an initial flow …

This paper numerically investigates the effect of flow non-ideality on the Mach disk pattern
occurring in axisymmetric under-expanded supersonic jets. The explored conditions are …

This paper reports our experimental findings aimed to understand the importance of
compressibility in fluid flow and heat transfer. A platinum microwire of diameter 50 μ m was …

In the present article, we have obtained the similarity solutions with the help of optimal
system of Lie sub-algebras and numerical method for the cylindrical shock wave formed by a …