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Parallel implementation of a frontal finite element solver on multiple platforms

The availability and low cost associated with a small cluster of workstations permit parallel implementations adapted to take advantage of this platform. This paper uses a parallel-prototype application developed with 0-t and MPI for a Windows NT cluster to obtain timings. The application uses a frontal finite element method (FEM) solver that was successfully ported to a Linux cluster, a PowerPC cluster, and a SGI origin workstation. These MPI facilities and their timings for this prototype application are presented in this paper for each platform. The ability to write parallel code once, then recompile and implement it on multiple platforms is very important to the acceptance of parallel applications. This demonstrates the great potential that exists in the usage of parallel code on small clusters of workstations using MPI and C*.