A class of finite element methods, the Discontinuous Galerkin Methods (DGM), has been
under rapid development recently and has found its use very quickly in such diverse …

The Zoltan dynamic load balancing library provides applications with a reusable object
oriented interface to several load balancing techniques, including coordinate bisection …

For the purpose of efficiently supporting parallel mesh-based simulations, we developed a
partition model and a distributed mesh data management system that is able to shape its …

A geometry‐based automatic mesh generation and control environment is presented. The
environment consists of a set of tools that support the automatic creation and modification of …

This paper introduces a general-purpose communication package built on top of MPI which
is aimed at improving inter-processor communications independently of the supercomputer …

Software tools for the solution of partial differential equations using parallel adaptive finite
element methods have been developed. We describe the design and implementation of the …

This paper is concerned with three-dimensional numerical simulation of a plunging liquid jet.
The transient processes of forming an air cavity around the jet, capturing an initially large air …

We develop software tools for the solution of conservation laws using parallel adaptive
discontinuous Galerkin methods. In particular, the Rensselaer Partition Model (RPM) …

Advanced parallel applications based on the message‐passing paradigm are difficult to
design and implement, especially when solution adaptive techniques are used and three …

The scalable execution of parallel adaptive analyses requires the application of dynamic
load balancing to repartition the mesh into a set of parts with balanced work load and …