When a wind turbine works in yaw, the wake intensity and the power production of the
turbine become slightly smaller and a deflection of the wake is induced. Therefore, a good …

A CFD code has been developed based on a Large-Eddy Simulation (LES) approach. The
turbine is simulated by concentrated drag forces, and is placed in an environment with …

A large‐eddy simulation tool is developed for simulating the dynamics of atmospheric
boundary layers (ABLs) using lattice Boltzmann method (LBM), which is an alternative …

This study applies uncrewed aircraft systems towards the investigation of surface-layer
structure during the morning transition. Three uncrewed aircraft systems simultaneously …

The large-eddy simulation (LES) is an efficient method for the study of atmospheric
boundary layer (ABL) flow over complex terrain. However, the robustness of LES is …

The realm of wind energy is a rapidly expanding renewable energy technology. Wind farm
developers need to understand the interaction between wind farms and the atmospheric …

Multiscale numerical weather prediction models transition from mesoscale, where
turbulence is fully parameterized, to microscale, where the majority of highly energetic …

We present an immersed-boundary method to simulate high-Reynolds-number turbulent
flow over the complex terrain of Askervein and Bolund Hills under neutrally-stratified …

Arthur, RS, KA Lundquist, JD Mirocha, and FK Chow, 2018: Topographic effects on radiation
in the WRF Model with the immersed boundary method: Implementation, validation, and …

An OpenFOAM computational fluid dynamics model setup is proposed for simulating
thermally driven winds in mountain–valley systems. As a first step, the choice of Reynolds …