HIGHLY SCALABLE PARALLEL COMPUTATIONAL MODELS FOR LARGE-SCALE RTM PROCESS MODELING SIMULATIONS, PART 2: PARALLEL FORMULATION THEORY AND IMPLEMENTATION

Abstract

We highlight some key elements of the parallel formulation theory and implementational aspect of process modeling and manufacturing applications of composites with particular emphasis on resin transfer molding (RTM). The approaches for simulating process modeling and manufacturing applications of composites include (1) the traditional explicit control-volume finite-element (CV-FE) approach, and (2) a recently developed and new, implicit, pure finite-element (pure FE) approach. SGI Power Challenge and SGI Origin 2000, which are symmetric multiprocessor (SMP) computing platforms, are employed in this study. The issues in implementation and software development of these manufacturing process simulations are parallel algorithm development, data structures, and interprocessor communication strategies, with emphasis on performance and scalability on these symmetric multiprocessors. Fundamental concepts and characteristic features of the proposed scalable parallel algorithms are described and developed with theoretical analysis