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A simple method for improving cache efficiency of serial and parallelexplicit finite procedure with application to casting solidification simulationover three-dimensional complex geometries is presented. The method is based ondivision of the global data to smaller blocks and treating each blockindependently from others at each time step. A novel parallel finite elementalgorithm for non-overlapped element-base decomposed domain is presented forimplementation of serial and parallel version of the presented method. Effectof mesh reordering on the efficiency is also investigated. A simple algorithmis presented for high quality decomposition of decoupled global mesh. Ourresult shows 10-20 \% performance improvement by mesh reordering and 1.2-2.2speedup with application of the presented cache efficient algorithm (for serialand parallel versions). Also the presented parallel solver (withoutcache-efficient feature) shows nearly linear speedup on the traditionalEthernet networked Linux cluster.

Improvement Cache Efficiency of Explicit Finite Element Procedure and its Application to Parallel Casting Solidification Simulation