Micro vortex generators (mVGs) control cavitation by altering the boundary layer flow
structure. This study employs the wall-adapting local eddy-viscosity large eddy simulation …

The cavitating flow in different regimes has the intricate flow structure with multiple time and
space scales. The present work develops a multiscale model by coupling the volume of fluid …

The dynamical characteristics of the shear-driven mixing layer can be inhibited due to the
variations in fluid density. In this work we expect to address this issue by increasing shear …

Eddy viscosity-based and regularization-based subgrid-scale (SGS) models are
quantitatively assessed for large eddy simulations (LES) of stratified Taylor–Green vortex …

This work evaluates the fidelity of various upper-ocean turbulence parameterizations subject
to realistic monsoon forcing and presents a finite-time ensemble vector (EV) method to better …

Numerical simulations of temporally-evolving droplet-laden plane jets are performed in
conditions relevant to rocket main engines fed with liquid oxygen (LOx) and gaseous …

Diurnal warm layers (DWLs) form near the surface of the ocean on days with strong solar
radiation, weak to moderate winds, and small surface-wave effects. Here, we use idealized …

Mixing of miscible fluids with differing densities in turbulent mixing layers is of great
importance in chemical engineering. In addition to the effect of density ratio R between two …

Background: The truncation level of human airways is an influential factor in the analysis of
respiratory flow in numerical simulations. Due to computational limitations and limited …

Behavior of the submerged buoyant jets is affected by several factors, such as initial
momentum, initial buoyancy of the discharge, depth at which the effluent occurs, orientation …