Many advances have been made during the last decade in the development and application
of computational fluid dynamics (CFD), finite element analysis (FEA), numerical weather …

Accurate forecasting of wind power faces two challenges: 1) extracting more effective
information on power fluctuations from limited input features, and 2) constructing a suitable …

Wind power is fluctuant and intermittent, which has an impact on the power grid. Large-scale
wind power is a serious threat to the stability and security of the power system. Accurate …

With a focus towards developing multiscale capabilities in numerical weather prediction
models, the specific problem of the transition from the mesoscale to the microscale is …

Aiming at the chaotic characteristics of wind power sequence and combined with
meteorological information, a short-term prediction method of wind power based on phase …

Accurately representing flow across the mesoscale to the microscale is a persistent
roadblock for completing realistic microscale simulations. The science challenges that must …

Aiming at the problem that the wind speed data collected by wind farms are affected by
many factors and easy to introduce noise information, a wind speed prediction method …

Computational fluid dynamics (CFD) is an essential tool for solving engineering problems
that involve fluid dynamics. Especially in chemical engineering, fluid motion usually has …

One-way concurrent nesting within the Weather Research and Forecasting Model (WRF) is
examined for conducting large-eddy simulations (LES) nested within mesoscale simulations …

The wind direction in atmospheric boundary layers changes continuously due to meso-scale
weather phenomena. Developing accurate simulations of these changes is essential for …