Fast Parallel Iterative Solution of Poisson's and the Biharmonic Equations on Irregular Regions: January 1991 (Classic Reprint) - Softcover

A. Mayo

 
9781332127177: Fast Parallel Iterative Solution of Poisson's and the Biharmonic Equations on Irregular Regions: January 1991 (Classic Reprint)

Synopsis

Efficient, parallel methods for solving Poisson's and biharmonic equations on irregular regions.

This book explains how integral equation formulations coupled with fast finite difference solvers can tackle large, complex problems while staying well suited to parallel computing.

The text describes a unified approach that embeds an irregular region in a larger rectangle and uses dense, well‑conditioned systems solved by iterative methods. It covers how to compute boundary discontinuities, apply fast Poisson solvers, and obtain accurate derivatives directly. The discussion emphasizes practical parallel and vectorizable algorithms that work on exterior regions and complex geometries.

Readers will see concrete comparisons of iterative methods, learn how to implement them on parallel hardware, and review numerical experiments across multiple platforms. The work highlights performance considerations, accuracy, and the tradeoffs involved in choosing solvers for large, dense systems arising from integral equation formulations.

  • How to embed irregular regions for efficient computation and boundary handling
  • How integral equations pair with fast Poisson solvers to solve PDEs
  • How different iterative methods perform on dense, non-symmetric systems
  • Practical guidance on parallel and vector implementation for large-scale problems

Ideal for readers of computational mathematics and parallel numerical analysis seeking practical, experiment-backed methods.

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