IMPLEMENTATION OF MIXED TIME INTEGRATION TECHNIQUES ON A VECTORIZED COMPUTER WITH SHARED MEMORY

The implementation of subcycling in an explicit finite element program executed on a concurrent computer with shared memory is described. The effects of vectorization and parallelization on the speed-up and efficiency achieved with subcycling is discussed. Numerical studies are presented to illustrate the effects of the number of processors, the size of element blocks and problem size. Finally, an efficient allocation algorithm which minimizes the effects of processor idleness is presented.