Identifying the parallelism in a problem by partitioning its data and tasks among the
processors of a parallel computer is a fundamental issue in parallel computing. This problem …

This paper presents a parallel adaptation procedure (coarsening and refinement) for
tetrahedral meshes in a distributed environment. Coarsening relies upon an edge collapsing …

An adaptive technique for a partial differential system automatically adjusts a computational
mesh or varies the order of a numerical procedure to obtain a solution satisfying prescribed …

In parallel simulations, partitioning and load-balancing algorithms compute the distribution
of application data and work to processors. The effectiveness of this distribution greatly …

Mesh adaptation has proven to be a powerful tool for increasing the accuracy ofnumerical
simulations whenever the solution exhibits strong non-uniform features over the com …

Consideration is given to the techniques required to support adaptive analysis of
automatically generated unstructured meshes on distributed memory MIMD parallel …

Simulations in cardiac electrophysiology generally use very fine meshes and small time
steps to resolve highly localized wavefronts. This expense motivates the use of mesh …

Parallel unstructured three-dimensional mesh generation is a challenging problem for many
reasons, the most obvious coming from the complexity of 'partitioning'the problem such that …

In order to achieve realistic cohesive fracture simulation, a parallel computational framework
is developed in conjunction with the parallel topology based data structure (ParTopS) …

Consideration is given to the techniques required to support adaptive analysis of
automatically generated unstructured meshes on distributed memory MIMD parallel …