Abstract: his study describes a newly developed bin?bulk hybrid cloud microphysical model named MSSG-Bin, which has been implemented in the Multi-Scale Simulator for the Geoenvironment (MSSG). In the hybrid approach, a spectral bin ...

Abstract: he authors describe the Lagrangian cloud simulator (LCS), which simulates droplet growth in air turbulence. The LCS adopts the Euler?Lagrangian framework and can provide reference data for cloud microphysical models by ...

Abstract: The three-dimensional dynamical core of an atmospheric general circulation model employing Yin?Yang grid is developed and examined. Benchmark test cases based on the shallow-water model configuration are first performed ...

Abstract: A numerical model for shallow-water equations has been built and tested on the Yin?Yang overset spherical grid. A high-order multimoment finite-volume method is used for the spatial discretization in which two kinds of ...

Abstract: his study investigates the influence of microscale turbulent clustering of cloud droplets on the radar reflectivity factor and proposes a new parameterization to account for it. A three-dimensional direct numerical simulation ...

Abstract: AbstractHeat and momentum transfer across the wind-driven breaking air?water interface at extremely high wind speeds was experimentally investigated using a high-speed wind-wave tank. An original multi-heat-balance method ...