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- https://doi.org/10.1145/143369.143438
A scalable, object-oriented finite element solver for partial differential equations on multicomputers
- Jan 1, 1992
- Graham Carey +3 more
Abstract
We present a parallel finite element solver for mesh-connected multicomputers (ie., message-passing, distributed-memory multiprocessors) and provide a theoretical proof tht the algorithms used are highly scalable and close to optimal. Further, the algorithms are written in an object-oriented language (ESP C++) to enhance reusability of code. Performance results are presented for a Motorola multicomputer and a network of Sun workstations.
- # Solver For Partial Differential Equations
- # Distributed-memory Multiprocessors
- # Object-oriented Language
- # Solver For Differential Equations
- # Network Of Workstations
- # Solver For Equations
- # Parallel Solver
- # Parallel Finite Element Solver
- # Object-oriented Finite Element
- # Mesh-connected Multicomputers