High-speed disperse multiphase flows are present in numerous environmental and
engineering applications with complex interactions between turbulence, shock waves, and …

The current state-of-the-art for computational modeling of polydisperse multiphase flows is
reviewed and future research directions are discussed. Physics-based computational …

The main goal of this work is to explore the closures used in two-fluid models to represent
the interphase forces between particles and high-speed flows. To this aim, a hyperbolic two …

Although particle–laden electrostatic discharges are widely used in laboratories as well as
in industrial applications, the mechanism of particle lifting for particles initially at rest in such …

In the study of gas-particulate multiphase systems, the flow of high-speed gas through a
distribution of solid particulates is of utmost importance. While these aerodynamically …

Hyperbolic conservation equations for polydisperse, high-speed, compressible, fluid–
particle flows with added mass and fluid-phase pseudoturbulence are derived. First, the …

This paper mainly reviews the research progress on multiphase flow in nuclear engineering.
This paper is composed of three parts. The first part documents a literature statistical …

The drag coefficient (CD) is an important and fundamental parameter for particle-fluid
systems. In this study, we employed pseudo-particle modeling (PPM), which integrates a …

Eulerian-Lagrangian models of particle-laden (multiphase) flows describe fluid flow and
particle dynamics in the Eulerian and Lagrangian frameworks respectively. Regardless of …

Eulerian-Lagrangian models describe fluid flow and particle dynamics in the Eulerian and
Lagrangian frameworks, respectively. In chaotic systems the particle dynamics are …