The last decades have seen an increasing interest in cycling aerodynamics, with the design
of more aerodynamic bicycles and wearable equipment such as helmets and skinsuits and …

This paper is a comprehensive review of the experimental and numerical research
conducted in the field of suppressing the Flow-Induced Vibrations (FIV) in the Marine …

The aim of this paper is to provide a contribution to the analysis of the 3D, high Reynolds
number, turbulent, separated and reattached flow around a fixed sharp-edged rectangular …

In the present experimental investigation the surface pressure distribution, vortex shedding
frequency, and the wake flow behind a porous circular cylinder are studied when continuous …

This paper deals with a computational study for evaluating the capability of 2D numerical
simulation for predicting the vortical structure around a quasibluff bridge deck. The laminar …

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 …

The evolution in the constructional field and the realization of ever more slender and light
structures have emphasized the increasing difficulty of properly evaluating the actions and …

This paper focuses on the effects of the deck equipment–such as median dividers, edge
safety barriers or parapets–on the aerodynamic response of long-span suspension and …

This paper presents the results of a wind tunnel test campaign conducted to investigate the
aeroelastic and aerodynamic behaviour of a tapered circular cylinder in smooth flow …

In the present paper we describe signal processing procedures based on the wavelet and
Hilbert transforms, which may be used to characterize the time variation of the amplitude and …