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An Efficient Parallel Computing Method for the Steady-State Analysis of Electric Machines Using the Woodbury Formula

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This article describes a parallel computing method for the steady-state analysis of electric machines. In this method, due to the low rank of the coupling sub-matrix, the Woodbury formula is… Click to show full abstract

This article describes a parallel computing method for the steady-state analysis of electric machines. In this method, due to the low rank of the coupling sub-matrix, the Woodbury formula is exploited to develop a highly efficient parallel algorithm to solve the formulated linearized block matrix. The algorithm and the analysis of the computational complexity are worked out in detail. The performance of the algorithm is demonstrated by an application example.

Keywords: parallel computing; state analysis; computing method; steady state; method steady; analysis

Journal Title: IEEE Transactions on Magnetics
Year Published: 2020

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