This study investigates the flutter response of a rectangular cylinder model with an aspect
ratio of 5 at the Reynolds number Re= 100 via direct numerical simulation. The effects of two …

A sensitivity analysis of highly-resolved large-eddy simulations of the flow around a 5: 1
rectangular cylinder to the introduction of a small rounding of the upstream edges is …

Understanding and predicting the effects of wind loading on a structure is necessary for safe,
effective, and economical engineering design. Wind tunnel techniques often provide data …

We experimentally investigate the high-Reynolds flow around a rectangular cylinder of
aspect ratio 5: 1. This configuration is the object of the international BARC benchmark. Wind …

The high-Reynolds number flow around a rectangular cylinder, having streamwise to
crossflow length ratio equal to 5 is analyzed in the present paper. The flow is characterized …

Abstract For a 5: 1 rectangular cylinder, the large eddy simulations (LES) are carried out to
systematically evaluate the influences of the cylinder spanwise length (L) and spanwise …

The practical engineering structures are not always perpendicular to the wind but often in
skew positions. This yawed configuration may lead to more complex three-dimensional flow …

The aerodynamic characteristics of rectangular cylinders provide valuable references for
many engineering structures. Aiming to investigate the characteristics of vortex-induced …

The high Reynolds number flow around a rectangular cylinder, having chord-to-depth ratio
equal to 5, is the object of the benchmark BARC (Benchmark on the Aerodynamics of a …

We investigate the capability of RANS models in simulating the turbulent flow past a
rectangular cylinder with chord-to-thickness ratio 5: 1, also known as the BARC benchmark …