This paper reviews the state-of-the-art and–practice on various methodologies developed to
control the wind-induced vibration of tall buildings. Tall buildings experience wind-induced …

Energy demand in cooling-dominant climates can be reduced by implementation of natural
ventilation as a passive cooling strategy. Accordingly, suitable evaluation and prediction …

This paper presents and discusses the important aspects to take into account when applying
CFD simulations for the determination of wind loads on high-rise buildings. A review is given …

Wind-induced loads and motions of tall buildings usually govern the design of the lateral
load resisting systems. The outer shape of the building is one of the many parameters that …

A new turbulent inflow generator technique that can be used as inflow boundary condition
for LES of lower atmospheric boundary flow (ABL) is proposed based on synthesizing …

This paper presents an approach to predict crosswind force spectra and associated
response of tall buildings with rectangular cross-section based on machine learning (ML) …

Nine models with different rectangular cross-sections were tested in a wind tunnel to study
the characteristics of wind forces on tall buildings. The data was briefly reported (Local wind …

Blockage of air circulation caused by the mutual sheltering effect of high-rise buildings in
built-up areas in dense cities causes various health-and comfort-related problems. The …

With the advancement in construction and engineering techniques, a pragmatic shift in
architectural designs of tall buildings can be observed. The buildings are going taller and …

Aerodynamic response of a standard tall building (commonly known as the CAARC model)
is investigated using LES. The LES employs the Consistent Discrete Random Flow …