Finite reluctance approach: A systematic method for the construction of magnetic network-based dynamic models of electrical machines
作者： C. Bruzzese , D. Zito , A. Tessarolo
DOI: 10.1109/AEIT.2014.7002054
关键词:
摘要: The finite reluctance approach is based on a simple synergy between basic magnetic domain decomposition rule and the voltage balance at terminals of any winding acting in domain. thought as tool for fast dynamic simulations kind machine, but it particularly adapt irregular flux geometries fractional-slot surface-mounted permanent magnet machines with large slots high slot leakages, which only element method has found good usage. This definition complementary mesh interlaced mesh, concept material cell, unique rules to carry out both reluctances magneto-motive forces. At this scope, definitions nodes, co-nodes, auxiliary nodes are shown. iron saturation can be easily taken account, well motion effects. circuit linkages elected state variables integration, they directly linked loop fluxes network. been applied paper modeling an inverter-fed permanent-magnet linear synchronous motor.
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