Discretization of the convection term in a three-cell compact stencil has been widely used in
Computational Fluid Dynamics (CFD) of engineering because the second-order …

In this work, the particle jetting behavior in a blast-driven dense particle bed is studied at
early times. Four-way coupled Euler–Lagrange simulations are performed using a high …

High-speed multiphase flows containing shock or blast waves occur in a wide variety of
natural and engineered systems as well as across various length scales. At astrophysical …

This paper investigates the shock-induced instability of the interfaces between gases and
dense granular media with finite length via the coarse-grained compressible computational …

Shock wave propagation and their damage to solid structures, which involve complex
multiphase and multiphysics phenomena, are difficult problems to address. In this paper, a …

Explosive dispersal of granular media widely occurs in nature across various length scales,
enabling engineering applications ranging from commercial or military explosive systems to …

The objective of this research is to investigate the influence of a moving shock wave on a
dense particle curtain using a coupled supersonic Eulerian–Lagrangian solver. The …

When particle rings/shells are subjected to divergent explosive loadings, a dual overlap**
particle jetting structure emerges during the shock interaction timescale which consists of a …

In this paper we present a second-order accurate conservative sharp interface method
capable of simulating displacements and collisions of many particles in compressible …

In this paper, we investigate the initiation and growth of instability patterns arising from the
shock loaded internal surfaces of granular rings confined in a Hele-Shaw cell using both …