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The influence of demagnetizing effects on the performance of active magnetic regenerators
Journal of Applied Physics
Active magnetic regenerators (AMR) comprise an involved, multi-physics problem including heat transfer, fluid flow, magnetocaloric properties and demagnetizing fields. In this paper a method is developed that combines previously published models that simulate a parallel-plate AMR and the magnetostatics of a stack of parallel plates, respectively. Such a coupling is non-trivial due to the significant increase in computational time and a simplified scheme is thus developed and validated resultingdoi:10.1063/1.4764039 fatcat:imadlbohc5cijgi6uauhrtbql4