A novel approach for 3D air gap reluctance alculations
J. Mühlethaler, Johann W. Kolar, A. Ecklebe
Abstract
J. Mühlethaler, Johann W. Kolar, A. Ecklebe
Abstract
An approach to accurately calculate the reluctance of an air gap is introduced. The approach is easy to handle as it is based on a modular concept where a simple basic geometry is used as a building block to describe different three dimensional air gap shapes. A high degree of accuracy is achieved as the approach is based on an analytical field solution.
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An approach to accurately calculate the reluctance of an air gap is introduced. The approach is easy to handle as it is based on a modular concept where a simple basic geometry is used as a building block to describe different three dimensional air gap shapes. A high degree of accuracy is achieved as the approach is based on an analytical field solution.
Key concepts: Magnetic reluctance, Air gap (plumbing), Modular design, Block (permutation group theory), Computer science, Simple (philosophy), Degree (music), Field (mathematics)