A high-speed train that accelerates under crosswinds can potentially encounter dramatic
aerodynamic effects and safety risks. The goal of this study is to reveal the effect of wind …

Abstract Large-Eddy Simulations were conducted to investigate accelerated flows around a
square cylinder. The study explores flow characteristics for Gaussian-type accelerations of …

Navier–Stokes computations are performed, and detailed results are documented on the
vortex shedding, lift and drag fluctuations, and their spectra for flow past a square cylinder …

The self-excited forces and flow fields around a thin plate under stationary and sinusoidal
non-stationary wind conditions were simulated using the computational fluid dynamics …

An extensive experimental campaign has been carried out in a multiple-fan wind tunnel to
study the effects of flow acceleration on a sectional model of a sharp-edged square cylinder …

Wind tunnel tests and large eddy simulations were employed to obtain the aerodynamic
coefficients and flow fields of two and three tandem square cylinders across various spacing …

Aerodynamic and pressure coefficients of a sectional model of a sharp-edged square
cylinder, at zero incidence angle, are experimentally evaluated in accelerating flow …

Multiple-box structures have become increasingly important in practical engineering; for
example, some recent large-span bridges were creatively designed using triple-box decks …

Control of flow past a circular cylinder using a rotating control rod is investigated by
conducting two-dimensional numerical simulations with a Reynolds number of 200, a rod-to …

Experimental and numerical investigations are conducted in order to understand the flow
around identical tandem circular cylinders confined in a duct (blockage ratio b= 0.1 and …