We present a proof-of-concept for the adaptive mesh refinement method applied to
atmospheric boundary-layer simulations. Such a method may form an attractive alternative …

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

A newer generation of models that interactively couple the atmosphere with fire behavior
have shown an increased potential to understand and predict complex, rapidly changing fire …

Multiscale modeling of a diurnal cycle of real‐world conditions is presented for the first time,
validated using data from the CWEX‐13 field experiment. Dynamical downscaling from …

Despite the variety of existing methods, efficient generation of turbulent inflow conditions for
large-eddy simulation (LES) models remains a challenging and active research area …

A multiscale modeling study of a real case has been conducted to explore the capability of
the large-eddy simulation version of the Weather Research and Forecasting Model (WRF …

Large-eddy simulation (LES) provides a physically sound approach to study complex
turbulent processes within the atmospheric boundary layer including urban boundary layer …

Recent computational and modeling advances have led a diverse modeling community to
experiment with atmospheric boundary layer (ABL) simulations at subkilometer horizontal …

Ventilation has shown strong sensitivity to urban geometrical heterogeneity; however, the
quantitative connection with the urban morphometric indices, eg the packing densities (λ f …

Accurately modeling nonlinear interactions in turbulence is one of the key challenges for
large-eddy simulation (LES) of turbulence. In this article, we review recent studies on …