Abstract: rapped lee wave interference over double bell-shaped obstacles in the presence of surface friction is examined. Idealized high-resolution numerical experiments with the nonhydrostatic Coupled Ocean?Atmosphere Mesoscale ...

Abstract: Lee-wave resonance over double bell-shaped obstacles is investigated through a series of idealized high-resolution numerical simulations with the nonhydrostatic Coupled Ocean?Atmosphere Mesoscale Prediction System (COAMPS) ...

Abstract: he flow and turbulence structure in the atmospheric boundary layer over complex mountainous terrain determines Earth?atmosphere interaction, that is, the exchange of energy, mass, and momentum between the surface over such ...

Abstract: umerical simulations of flow over steep terrain using 11 different nonhydrostatic numerical models are compared and analyzed. A basic benchmark and five other test cases are simulated in a two-dimensional framework using ...

Abstract: AbstractStrong winds crossing elevated terrain and descending to its lee occur over mountainous areas worldwide. Winds fulfilling these two criteria are called foehn in this paper although different names exist depending ...