To better understand the role of particle inertia on the heat transfer in the presence of a
thermal inhomogeneity, Eulerian–Lagrangian direct numerical simulations (DNSs) have …

For one-way coupled (1WC) flows, Tom & Bragg (J. Fluid Mech., vol. 871, 2019, pp. 244–
270) advanced the analysis of Maxey (J. Fluid Mech., vol. 174, 1987, pp. 441–465), which …

We analyze the modulation of heat flux by particle thermal feedback in a turbulent shearless
flow by employing a recently introduced decomposition of the velocity-temperature …

We analyze the effect of particle-to-particle collision on the heat transfer in a temporally
evolving thermal mixing layer which develops between two isothermal regions in a …

In this study, we investigate a two-way thermally coupled collisional turbulent particle-laden
flow using Eulerian-Lagrangian point-particle direct numerical simulations. Our aim is to …

This study investigates the development of thermal caustics within particle-laden turbulent
flows, a concept recently proposed to elucidate the non-smooth behavior of particle …

We present an analysis of the effect of particle inertia and thermal inertia on the heat transfer
in a turbulent shearless flow, where an inhomogeneous passive temperature field is …

Numerical simulations are used to investigate the role of particle inertia and thermal inertia
on the heat transfer in a particle-laden turbulent flow. By using the point-particle model, a …

In this investigation, we explore the impact of particle collisions on turbulent heat flux within
a temporally developing thermal mixing layer arising from the interaction of two …

We investigate how particle thermal feedback modulates heat flux in a turbulent shearless
flow. This is done by utilizing a recently developed decomposition of the velocitytemperature …