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 …

A model for predicting the behaviour of a compressible flow laden with shocks interacting
with granular material has been developed and tested. The model consists of two sets of …

The interactions between rocket exhaust plumes and the surface of extraterrestrial bodies
during spacecraft landings involve complex multiphase flow dynamics that pose significant …

A recently proposed hyperbolic granular model (Balakrishnan and Bellan, 2024) has been
used to investigate the problem of supersonic-jet induced cratering on a solid-particle bed …

Many two-phase flow situations, from engineering science to astrophysics, deal with
transition from dense (high concentration of the condensed phase) to dilute concentration …

A physically based method to derive well-posed instances of the two-fluid momentum
transport equations from first principles is presented. The basic tools used in this endeavor …

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 …

When a snow avalanche enters a body of water, it creates an impulse wave whose effects
may be catastrophic. Assessing the risk posed by such events requires estimates of the …

The hyperbolicity condition of the system of partial differential equations (PDEs) of the
incompressible two-fluid model, applied to gas–liquid flows, is investigated. It is shown that …