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Pyleecan: An Open-Source Python Object-Oriented Software for the Multiphysic Design Optimization of Electrical Machines

机译：Pyleecan：用于电机多物理场设计优化的开源Python面向对象软件

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This paper presents the first open-source development project for the electromagnetic design optimization of electrical machines and drives named Pyleecan - PYthon Library for Electrical Engineering Computational ANalysis. This paper first details the objectives of Pyleecan open-source development project, and the object-oriented architecture of the software that has been developed and released. Then it reviews and compares the available free and open-source software used during the multiphysic design of electrical machines including electromagnetics, heat transfer and vibro-acoustic analysis.

机译：本文介绍了第一个用于电机和驱动器电磁设计优化的开源开发项目，名为Pyleecan-电气工程计算分析的Python库。本文首先详细介绍了Pyleecan开源开发项目的目标以及已开发和发布的软件的面向对象体系结构。然后，它审查并比较在电机的多物理场设计中使用的可用的免费和开源软件，包括电磁，传热和振动声学分析。

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《International Conference on Electrical Machines》|2018年|948-954|共7页
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P. Bonneel; J. Le Besnerais; R. Pile; E. Devillers;
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Object oriented modeling; Python; Computational modeling; Open source software; Electrical engineering; Electromagnetics;

机译：面向对象建模; Python;计算建模;开源软件;电气工程;电磁学;

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2. Multiphysics Design and Optimization of High-Speed Permanent-Magnet Electrical Machines for Air Blower Applications [J] . Z. Huang, J. Fang IEEE Transactions on Industrial Electronics . 2016,第5期

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3. Predicting Code Hotspots in Open-Source Software from Object-Oriented Metrics Using Machine Learning [J] . Rod Hilton, Ellen Gethner International journal of software engineering and knowledge engineering . 2018,第3期

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4. Pyleecan: an open-source Python object-oriented software for the multiphysic design optimization of electrical machines [C] . P. Bonneel, J. Le Besnerais, R. Pile, International Conference on Electrical Machines . 2018

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7. Similar Characteristics of Internal Software Quality Attributes for Object-Oriented Open-Source Software Projects [O] . Mariana Santos, Rodrigo Amador, Paulo Henrique De Souza Bermejo, 2014

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Pyleecan: An Open-Source Python Object-Oriented Software for the Multiphysic Design Optimization of Electrical Machines

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