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Automated B??H curve identification algorithm combining field simulation with optimisation methods and exploiting parallel computation

机译:结合现场模拟和优化方法并利用并行计算的自动B ?? H曲线识别算法

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摘要

The study proposes an automated procedure for linking an identification algorithm implemented in a general-purpose environment (MatLab) with a commercial finite-element code for magnetic field analysis (VF-Opera). The method is used to identify the B??H curves of anisotropic magnetic laminations in the direction normal to the sheet surface with the aid of a multiprocessor computer to benefit from parallel computing. The proposed approach, based on a non-deterministic algorithm, makes it possible to determine the entire B??H curve and is therefore an advancement on the commonly used assumption of constant permeability.
机译:这项研究提出了一种自动化程序,该程序可以将在通用环境(MatLab)中实现的识别算法与用于磁场分析(VF-Opera)的商业有限元代码相链接。该方法用于借助多计算机计算机从平行计算中识别出垂直于片材表面的各向异性磁叠片的BΔH曲线。所提出的方法基于非确定性算法,使得有可能确定整个BΔH曲线,因此是在恒定渗透率的常用假设基础上的改进。

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