Façade geometrical details can substantially influence the near-façade airflow patterns and
pressures. This is especially the case for building balconies as their presence can lead to …

This study used explainable machine learning (XML), a new branch of Machine Learning
(ML), to elucidate how ML models make predictions. Three tree-based regression models …

Greenhouses are widely used in agricultural and horticultural production. With the
characteristics of lightweight, small stiffness and high flexibility, greenhouses are sensitive to …

This paper reviews and evaluates the application of computational fluid dynamics (CFD) to
predict the impact of tropical cyclone wind speeds. The literature on this topic is sparse; …

Abstract From Burj Khalifa to Jeddah Tower, the use of a triaxially symmetrical plan is very
common for skyscrapers. Corner modification is inevitable to decrease the wind-induced …

In this study, the influence of different roof shapes on the airflow around isolated low-rise
buildings is investigated with particle imaging velocity (PIV) wind tunnel experiments and …

A series of pressure tests were conducted to systematically investigate the wind loads on
isolated solar panels mounted on the rooftops of tall buildings. The effects of panel location …

This paper proposes an improved consistent inflow turbulence generator for reproducing
spatially correlated turbulence fields with specified wind profiles and spectra for large eddy …

Wind energy development in built environment is important for the future sustainable cities.
The effects of corner modifications (benchmark, recessed, chamfered, and rounded roofs) …

Wind load and response are the major factors that govern the most critical condition for
designing tall buildings. This study discusses the variability of wind load and pressure on a …