The book aims to provide the reader with an updated general presentation of multiscale/
multiresolution approaches in turbulent flow simulations. All modern approaches (LES …

We present a multi-region coupling procedure based on the finite-volume method and apply
it to two-phase hydrodynamic free surface flow problems. The method combines the features …

Aiming at reducing computational costs, an embedded large eddy simulation (ELES) model
is introduced to simulate the wind-induced response of an isolated tall building immersed in …

A general forcing method for Large Eddy Simulation (LES) is proposed for the purpose of
providing the flow with fluctuations that satisfy a desired statistical state. This method, the …

Turbulence pervades most flows of engineering interest, and its prediction remains a
challenge on both accuracy and cost. One promising predictive approach that reduces cost …

Constrained large-eddy simulation (CLES) method has been recently developed by Chen
and his colleagues for simulating attached and detached wall-bounded turbulent flows. In …

In the present article, the potential of embedded large eddy simulation (ELES) approach to
reliably predict pollutant dispersion around a model building in atmospheric boundary layer …

The primary breakup represents the initial step of the liquid atomization process and is still
not well understood. Prefilming airblast atomizers are utilized in aircraft engines to atomize …

High computing demands and data privacy regulations from many countries in the world
have resulted in the expansion of data centers. With this, energy consumption by data …

The objective of the present paper is the fusion of a proper synthetic turbulence inflow
generator with an unified hybrid LES–URANS method. The hybrid approach relies on an …