The rectilinear motion of a two-mass system consisting of a spherical body and a movable
internal mass in a liquid is considered. In addition to quadratic in velocity viscous forces …

We consider three model problems that describe rectilinear particle motion in a viscous fluid
under the influence of the Basset history force. These problems consist of sedimentation …

Изучается существенно нестационарное прямолинейное движение в жидкости
двухмассовой системы, состоящей из сферического корпуса и подвижной внутренней …

Virtually all engineering applications involve the use of piping, conduits, and channels. In
the petroleum industry, piping systems are extensively used in upstream and downstream …

Clustering of inertial particles is analyzed in chaotic compressible flows. A simplified
dynamical model for the motion of inertial particles in a compressible flow has been derived …

A modular discrete element framework is presented for large-scale simulations of industrial
grain-handling systems. Our framework enables us to simulate a markedly larger number of …

In this work we first study the non-Newtonian effects on the inertial instabilities in shear flows
and second the inertial suspensions of finite size rigid particles by means of numerical …

A fundamental issue in modelling sediment transport is to understand the complex
mechanism that involves fluid-particle interactions. When the suspension concentration …

In this research the growth and dissolution process of a CO2 bubble in a CO2-water solution
was investigated. The bubble grew at slightly oversaturated conditions and we were …

Forces on spherical particles located in viscous compressible flows is of importance in many
single phase and multiphase flows including volcanic eruptions and detonation of …