A Comparison of Two Shallow-Water Models with Nonconforming Adaptive Grids in:
Monthly Weather Review Volume 136 Issue 6 (2008) Jump to Content Jump to Main …

We first demonstrate the parallel performance of the dynamical core of a spectral element
atmospheric model. The model uses continuous Galerkin spectral elements to discretize the …

A prototype dynamical core for the Community Atmospheric Model (CAM) component of the
Community Climate System Model (CCSM) is presented. The 3D governing primitive …

Optimized Schwarz methods (OSMs) use Robin transmission conditions across the
subdomain interfaces. The Robin parameter can then be optimized to obtain the fastest …

In this paper we propose a novel way to integrate time-evolving partial differential equations
that contain nonlinear advection and stiff linear operators, combining exponential integration …

A time stepping procedure is proposed for a coupled fluid model motivated by the dynamic
core of the atmosphere‐ocean system. The method exploits properties of the atmosphere …

High resolution and scalable parallel algorithms for the shallow water equations on the
sphere are very important for modeling the global climate. In this paper, we introduce and …

As an effort toward improving climate model–component performance and accuracy, an
atmospheric-component climate model has been developed, entitled the Spectral Element …

One decoupling method for multiphysics, multiscale, multidomain applications involves
partitioning the problem via explicit time discretizations in the coupling terms. Specialized …

Multiwavelet Discontinuous Galerkin-Accelerated Exact Linear Part (ELP) Method for the
Shallow-Water Equations on the Cubed Sphere in: Monthly Weather Review Volume 139 Issue 2 …