Parallel modal analysis with concurrent distributed objects
This paper presents a novel object-oriented implementation of component mode synthesis and mode superposition for dynamic finite element analysis. Interfaces are used extensively to maximize program maintainability and flexibility. Parallelization is achieved using concurrent distributed objects (facilitated by Microsoft.NET) instead of the message passing approach. The methodology allows consistency in modelling and implementation; this eases program development. It also results in better program portability across memory architectures. Tests on a cluster of computers and on a shared memory multi-core machine demonstrate the effectiveness of the proposed implementation.
object-oriented component mode synthesis mode superposition finite element analysis parallel programming microsoft.net