In this study, the effect of binary Typhoons Infa and Cempaka on the “21.7” heavy rainfall
event over Henan Province in China is investigated based on numerical simulations …

As the increasing hub height of modern wind turbine, wind shear model is generally adopted
as a useful tool to extrapolate wind speed available to higher levels for wind power …

The tropical cyclone (TC) wind hazard is often assessed using the autoregressive type of
model and the beta-advection model. In the present study, the beta-advection models are …

The paper introduces a set of modeling methods to predict the failure probability of offshore
wind turbines in the China coastal waters. In detail, a series of full-set three-dimensional …

Accurate simulations of planetary boundary layer (PBL) winds in urban areas require
combining meteorological knowledge and fine-grained geometrical information …

Wind power plants are becoming a generally accepted resource in the generation mix of
many utilities. At the same time, the size and the power rating of individual wind turbines …

Obtaining high-fidelity information on extreme photovoltaic (PV) power is critical for electric
utility system planning and operations. However, a scarcity of extreme data has previously …

This paper examines the mean wind profiles of tropical cyclones (TCs) toward 1,000-m
height with a low-level jet (LLJ) feature over the Southeast China Sea based on the newly …

This paper investigates the wind pressure distribution of a thousand-meter scale megatall
building through a wind tunnel test. One key challenge is that the power-law wind profiles …

Probabilistic approaches under stationary conditions are used to design offshore systems.
However, the frequency and impact of extremes in offshore environments have been …