The meteorological conditions markedly affect the energy efficiencies and cost/power rate of
the wind turbines. The dusty environment is common in arid windy areas and airborne …

Large-eddy simulations are performed to study the wake of a wall-mounted finite-length
rectangular prism at a Reynolds number Re​=​ 1.2​×​ 10 4 for the prism aspect ratio AR …

An experimental study is conducted to examine the impact of internal geometry of a fluidic
oscillator on its working mechanisms, ie, the widths of the inlet wedge W 1, mixing chamber …

The present work studies the flow sheltering effect over two tandem non-identical-height wall-
mounted square cylinders (buildings-like structures with aspect ratios of AR= 4 and 7) via …

In this study, the flow mechanisms around wall-mounted structures was numerically
investigated using Large Eddy Simulation (LES). A comparison was made between the …

Although the study of flow around buildings has a rich background, the development of
construction material, the congestion of buildings, the urban ventilation and consideration of …

This paper studies the wake flow dynamics and heat transfer characteristics of two side-by-
side finite wall-mounted square cylinders through large-eddy simulations at Reynolds and …

The meteorological conditions markedly affect the energy efficiencies and cost/power rate of
the wind turbines. This study numerically investigates the performance of the National …

We investigate the control of three-dimensional flow separation around a finite wall-mounted
square cylinder by applying suction at the side leading edge. Direct numerical simulations …

Wind tunnel measurement is conducted over two finite wall-mounted square cylinders in a
staggered arrangement for various normalized cylinder distance (P*= P s/d, where d is the …