A 3d cfd-based workflow for analyses of a wide range of flow and heat transfer conditions in air gaps of electric machines

HIGHLIGHTS

  • who: Anton Žnidarčič and Tomaž Katrašnik from the Faculty of Mechanical Engineering, University of Ljubljana, Aškerčeva, Ljubljana, Slovenia have published the research work: A 3D CFD-Based Workflow for Analyses of a Wide Range of Flow and Heat Transfer Conditions in Air Gaps of Electric Machines, in the Journal: Fluids 2022, 273 of /2022/
  • what: As an answer to this challenge this paper presents a workflow that defines an adequate 3D CFD model for an arbitrary air-gap design that includes its system-dependent boundary conditions. While Gardiner and Sabersky focused . . .

     

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