Implicit large eddy simulation is performed to investigate large-scale characteristics of a
temporally evolving, stably stratified turbulent shear layer arising from the Kelvin–Helmholtz …

In this study, we performed a direct numerical simulation (DNS) of a spatially developing
shear mixing layer covering both developing and developed regions. The aim of this study is …

In this paper, we employ the high-fidelity spectral/hp method to investigate the control of
wake turbulence behind a circular cylinder by direct numerical simulations. The preliminary …

ACCURATE prediction of the flow behavior around the airfoil by computational fluid
dynamics plays an important role in understanding the airfoil performance and optimizing …

Turbulent flow evolution and energy cascades are significantly different in two-dimensional
(2-D) and three-dimensional (3-D) flows. Studies have investigated these differences in …

In this paper, Large Eddy Simulations are performed on the spatially developing plane
turbulent mixing layer. The simulated mixing layers originate from initially laminar conditions …

Three-dimensional large-eddy simulations of two-stream mixing layers developing spatially
from laminar boundary layers are presented, replicating wind-tunnel experiments carried out …

An investigation of turbulent boundary layers (TBLs) is presented for a NACA0012 airfoil at
angles of attack 9 and 12 deg. Wall-resolved large eddy simulations (LES) are conducted for …

Understanding spatial development of a turbulent mixing layer is essential for many
engineering applications. However, the flow development is difficult to replicate in physical …

Large Eddy Simulation is used to simulate a series of plane mixing layers. The influence of
the spanwise domain on the development of the mixing layer, and the evolution of the …