Particle tracking is a competitive technique widely used in two-phase flows and best suited
to simulate the dispersion of heavy particles in the atmosphere. Most Lagrangian models in …

We carry out direct numerical simulation together with an adhesive discrete element method
calculation (DNS-DEM) to investigate agglomeration of particles in homogeneous isotropic …

Understanding multiphase flows is vital to addressing some of our most pressing human
needs: clean air, clean water, and the sustainable production of food and energy. This article …

A new subgrid-scale (SGS) model for turbulent velocity fluctuations is proposed for large-
eddy simulations (LES) of dispersed multi-phase flows. The modeled velocity contains …

Population balance equations (PBE) are widely applied to describe many physicochemical
processes such as nanoparticle synthesis, chemical processes for particulates, colloid gel …

This paper demonstrates the advantages and prospects of transparent design of the heating
surface for the simultaneous study of the hydrodynamic and thermal characteristics of spray …

Dynamics of the particle phase in a particle-laden turbulent flow is strongly influenced by the
fluctuating velocity and vorticity field of the fluid phase. The present work mainly focuses on …

The objective of this paper is to derive a model for studying the collision–coalescence
dynamics of agglomerates. Accordingly, we first extend the inverse Gaussian distributed …

We analyze three-dimensional particle-laden, isotropic turbulence to develop an
understanding of inertial particle dynamics from a kinetic energy perspective. Data trends …

The relative velocities and positions of monodisperse high-inertia particle pairs in isotropic
turbulence are studied using direct numerical simulations (DNS), as well as Langevin …