A residual-based variational multi-scale (VMS) modeling framework is applied to simulate
atmospheric flow over complex environmental terrains. The VMS framework is verified and …

Abstract RANS (Reynolds-averaged Navier-Stokes) has become one of the mainstream
methods to determine the wind field in the wind resource assessment of the complex terrain …

As wind farms grow in number and size worldwide, it is important that their potential impacts
on the environment are studied and understood. The Fitch parameterization implemented in …

This paper exposes the risk of generalization of wind conditions from a single met-mast
measurement to be representative of the actual flow field in a wind farm situated in complex …

The impact of heterogeneous forest canopies and complex terrain on the horizontal
distortion of the inflow is studied. Large-Eddy Simulation (LES) of the neutral Atmospheric …

A key difficulty in air pollution dispersion modeling and quantifying fugitive emission fluxes of
pollutants from open-pit mines is that the meteorological fields for such complex terrains …

Blade-resolved numerical simulations of wind energy applications using full blade and tower
models are presented. The computational methodology combines solution technologies in a …

The accurate prediction of the flow field characteristics of complex mountains is of great
practical significance for the development and construction of wind farms, but it is not yet …

Aerodynamic resistance changes in the atmospheric surface layers (ASLs), such as coastal
zones and rural–urban interface, complicate the transport processes. Their effect on ASL …

风资源评估作为风场建设的首要工作, 其对风况预测的精确度直接关系到风电场整体发电量和
经济效益的准确性预估与论证. 本文从风资源的本质出发, 以研究大气边界层湍流运动为基础 …