This study presents a mathematical framework for calculating the diffusion of Brownian
particles in generalized shear flows. By solving the Langevin equations using stochastic …

Particle dispersion and erosion play an important role in various engineering applications,
particularly in impinging jet flows. This study presents a new Eulerian method for …

The present series of papers studies the coupling between transport phenomena and the
dynamic response of droplets in vortical flows. We derive the nonlinear relations between …

This study presents a generalized theory for the diffusion of Brownian particles in shear
flows. By solving the Langevin equations using stochastic instead of classical calculus, we …

This study presents new analytical solutions for the dynamics and dispersion of particles
laden in two-dimensional Taylor–Green vortex flows. Explicit solutions are found for the …

We present a new Eulerian framework for the computation of turbulent compressible
multiphase channel flows, specifically to assess turbulence modulation by dispersed …

Particle dispersion and erosion play an important role in various engineering applications,
particularly in impinging jet flows. This study extends a recently developed Eulerian …

Previous experiments have proved that the spray-string grid system can enhance heat and
humidity exchange, but the cause is not clear, in order to explore the mechanism of string …

This study investigates the dynamics of water droplets within a Batchelor vortex. Such an
analytically described flow structure serves here as a model that may capture the essence of …