A numerical framework is developed for consistent integrations of the soundproof and fully
compressible nonhydrostatic equations of motion for all-scale atmospheric flows; ie, low …

The extension of a cloud‐resolving model, the System for Atmospheric Modeling (SAM), to
global domains is described. The resulting global model, gSAM, is formulated on a latitude …

Motivated by recent discussions concerning differences of convective dynamics in polluted
and pristine environments, the so-called convective invigoration in particular, this paper …

Idealized test cases for the dynamical cores of atmospheric general circulation models are
informative tools to assess the accuracy of the numerical designs and investigate the …

Anelastic and Compressible Simulation of Moist Deep Convection in: Journal of the Atmospheric
Sciences Volume 71 Issue 10 (2014) Jump to Content Logo Logo Logo Logo Logo Logo …

Anelastic and Compressible Simulation of Moist Dynamics at Planetary Scales in: Journal of the
Atmospheric Sciences Volume 72 Issue 10 (2015) Jump to Content Jump to Main Navigation …

The paper extends to moist-precipitating dynamics a recently documented high-performance
finite-volume module (FVM) for simulating global all-scale atmospheric flows (Smolarkiewicz …

The key assumption underlying convection parameterizations is that rising plumes develop
in a horizontally homogeneous environment. With this in mind, we investigate the impact of …

A scheme for integration of atmospheric equations containing terms with differing time
scales is developed. The method employs a filtered leapfrog scheme utilizing a fourth-order …

A pseudo-incompressible model for moist atmospheric flows is presented. The equation set
is derived from a fully compressible system by assuming that the pressure perturbations are …