Parallel Computing of Magnetic Field Analysis for Rotating Machines Driven by Voltage Source on the Earth Simulator

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概要

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• A parallel computing method for rotating machines excited by the voltage source with the three-dimensional finite element method is developed. In this method, the matrix equations which contains voltage equations are divided into multiple subdomains and the matrix-vector products for the voltage equations in each subdomain are calculated efficiently. The validity and the usefulness of the method are verified through the computation of an IPM motor with the off-centered rotor on the Earth Simulator.

• 社団法人 電気学会の論文

著者

• Nakano Tomohito

  Depertment of Information Science, Gifu University

• Kawase Yoshihiro

  Depertment of Information Science, Gifu University

• Yamaguchi Tadashi

  Depertment of Information Science, Gifu University

• Shibayama Yoshiyasu

  Depertment of Information Science, Gifu University

• Nakamura Masanori

  TOYO DENKI SEIZO K. K.

• Nishikawa Noriaki

  Japan Agency for Marine-Earth Science and Technology

• Uehara Hitoshi

  Japan Agency for Marine-Earth Science and Technology

関連論文

• Parallel Computing of Magnetic Field Analysis for Rotating Machines Driven by Voltage Source on the Earth Simulator
• Parallel Computing of Magnetic Field Analysis for Rotating Machines Driven by Voltage Source on the Earth Simulator
• Novel Simplified Time Periodic-Explicit Error Correction Method for Steady State Analysis of AC Magnetic Field Including DC Component

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