Turbulent incoming flow conditions are closely matched to the crosswinds experienced by
trains in windy areas. Therefore, it is important to investigate how the turbulent inflow affects …

Non-synoptic winds, such as typhoons and downbursts, are frequently characterized by
shear flow associated with turbulence, which affects the aerodynamic performance of long …

This numerical study investigated the flow-induced vibration (FIV) on non-heated and
heated cylinders with different normalized corner radii (r*) at different Reynolds numbers …

Spanwise correlation of unsteady lift due to vortex shedding is of particular interest for
slender structures. In this paper, Hilbert transform and Wavelet transform were applied as …

We investigate the generation of free-stream perturbations at a relatively low characteristic
Reynolds number of 1000 by means of direct numerical simulations using a synthetic …

Although the important role of turbulence intensity (Ti) in wind-induced effects on many civil
structures have long been acknowledged, there is a lack of concerns with the Ti influence on …

Despite a wealth of prior research on the effects of free-stream turbulence (FST) on the
aerodynamics of square cylinders, there is limited knowledge about their aeroelasticity such …

The study of free stream turbulence (FST) effects on bluff bodies by means of computational
approaches has been addressed so far mainly applying scale resolving methods adopting a …

The separated parallel decks design for long-span bridges can meet higher traffic demands,
offering advantages in urban bridge design. However, when exposed to wind, the periodic …

This study investigated the statistical properties of the pressure fluctuations on a square
cylinder across three distinct turbulence fields characterized by varying turbulent integral …