Parallel Computing of Multipoint-Base-Excited Harmonic Response with PANDA Platform

doi:10.19596/j.cnki.1001-246x.7708

Abstract

Abstract: Based on self-developped parallel software platform PANDA, algorithm design and parallel implementation of multipoint-base-excited harmonic response were carried out via modal superposition method. Corresponding parallel solution module was constructed, rightness of which is validated by comparisons with commercial FE software. Parallel module was successfully applied to harmonic response analysis of SG facility. An effective parallel solution of extensive computing scale up to 1.188 billion DOFs was achieved. It shows that parallel solution module is suitable to large-scale refined harmonic response analysis of complex equipments, behaving a strong parallel computing scalability up to thousands of CPU processors, and going far beyond the scale of commercial FE software.

Key words: PANDA platform, multi-point base excitation, large-scale parallel computation, harmonic response, finite element method

CLC Number:

TB123
TP311

YU Chenyang, FAN Xuanhua, WANG Keying, XIAO Shifu. Parallel Computing of Multipoint-Base-Excited Harmonic Response with PANDA Platform[J]. CHINESE JOURNAL OF COMPUTATIONAL PHYSICS, 2018, 35(4): 443-450.

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