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; …

It is essential in a bridge design to study the wind parameters at the bridge site, particularly
in a complex mountain area where the wind characteristics vary from location to location …

Abstract Computational Wind Engineering has undergone numerous developments over the
past few decades and has been applied to solve a variety of wind engineering issues, but it …

The oncoming turbulence is of particular importance with respect to the investigation of the
turbulent flow fields over hilly terrain, which plays an essential role regarding the …

In this study, flow behaviors and vortex morphology around the sloping terrain that is
covered by an atmospheric boundary layer are investigated using a combination of …

We present a new ensemble of 36 numerical experiments aimed at comprehensively
gauging the sensitivity of nested large-eddy simulations (LES) driven by large-scale …

In complex-terrain wind fields, the wind speed-up phenomenon is pronounced on highlands,
which has huge impact on wake development. This paper comprehensively investigates the …

The approaching wind profiles have a significant impact on the wind load of the structures as
well as the urban climate, pollutant diffusion, and thermal comfort. Therefore, the study of its …

The aim of the research described in this paper is to reduce the vulnerability of New
Zealand's built infrastructure to wind damage through provision of improved wind speed …

The hygrothermal performance of a ventilated roof cavity is greatly affected by the airflow
passing through it. This ventilation flow is mainly driven by the wind pressure difference …