Add to ORKGThis viewgraph presentation covers the advantages of mesh adaptation, unstructured grids, and dynamic load balancing. It illustrates parallel adaptive communications, and explains PLUM (Parallel dynamic load balancing for adaptive unstructured meshes), and PSAW (Proper Self Avoiding Walks)
dient of our method is a technique for the estimation of the size and the element distribution of th...
Contents 1. Introduction 2. Parallel Control of Evolving Meshes 2.1 Mesh Data Structure to Support ...
The ability to perform effective adaptive analysis has become a critical issue in the area of physic...
Mesh adaption is a powerful tool for efficient unstructured-grid computations but causes load imbala...
The ability to dynamically adapt an unstructured grid (or mesh) is a powerful tool for solving compu...
The ability to dynamically adapt an unstructured -rid (or mesh) is a powerful tool for solving compu...
A parallel method for the dynamic partitioning of unstructured meshes is outlined. The method includ...
This chapter describes a parallel optimization technique that incorporates a distributed load-balanc...
We present a new approach to the use of parallel computers with adaptive finite element methods. Thi...
A parallel method for dynamic partitioning of unstructured meshes is described. The metho
A parallel method for dynamic partitioning of unstructured meshes is described. The method employs a...
The advent of the age of petascale computing brings un-precedented opportunities for breakthroughs i...
The ability to dynamically adapt an unstructured mesh is a powerful tool for solving computational p...
A parallel method for the dynamic partitioning of unstructured meshes is described. The method intro...
<p>Parallel Adaptive Mesh Refinement using Unstructured Grid Connectivity Approach for Cartesian Dom...
dient of our method is a technique for the estimation of the size and the element distribution of th...
Contents 1. Introduction 2. Parallel Control of Evolving Meshes 2.1 Mesh Data Structure to Support ...
The ability to perform effective adaptive analysis has become a critical issue in the area of physic...
Mesh adaption is a powerful tool for efficient unstructured-grid computations but causes load imbala...
The ability to dynamically adapt an unstructured grid (or mesh) is a powerful tool for solving compu...
The ability to dynamically adapt an unstructured -rid (or mesh) is a powerful tool for solving compu...
A parallel method for the dynamic partitioning of unstructured meshes is outlined. The method includ...
This chapter describes a parallel optimization technique that incorporates a distributed load-balanc...
We present a new approach to the use of parallel computers with adaptive finite element methods. Thi...
A parallel method for dynamic partitioning of unstructured meshes is described. The metho
A parallel method for dynamic partitioning of unstructured meshes is described. The method employs a...
The advent of the age of petascale computing brings un-precedented opportunities for breakthroughs i...
The ability to dynamically adapt an unstructured mesh is a powerful tool for solving computational p...
A parallel method for the dynamic partitioning of unstructured meshes is described. The method intro...
<p>Parallel Adaptive Mesh Refinement using Unstructured Grid Connectivity Approach for Cartesian Dom...
dient of our method is a technique for the estimation of the size and the element distribution of th...
Contents 1. Introduction 2. Parallel Control of Evolving Meshes 2.1 Mesh Data Structure to Support ...
The ability to perform effective adaptive analysis has become a critical issue in the area of physic...