EMC and BEM engineering education: physics-based modeling, hands-on training, and challenges

Sevgi L.

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EMC and BEM engineering education: physics-based modeling, hands-on training, and challenges

机译：EMC和BEM工程学教育：基于物理的建模，动手培训和挑战

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Educational challenges in EMC-BEM engineering and related issues are discussed in this paper. The importance of physics-based modeling and hands-on training are emphasized. Characteristic cases in EMC tests, measurements, modeling, and simulation are presented. Finally, some suggestions and a short-course outline are given for modern EMC-BEM education.

机译：本文讨论了EMC-BEM工程中的教育挑战以及相关问题。强调了基于物理的建模和动手训练的重要性。介绍了EMC测试，测量，建模和仿真中的典型案例。最后，给出了一些有关现代EMC-BEM教育的建议和短期课程大纲。

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《IEEE Antennas & Propagation Magazine》 |2004年第2期|p.140-145|共6页
作者
Sevgi L.;
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原文格式 PDF
正文语种 eng
中图分类天线;
关键词
boundary-elements methods; electrical engineering education; electromagnetic compatibility; training; EMC engineering education; bioelectromagnetic engineering; biological radiation effects; electromagnetic compatibility engineering; electromagnetic radiation; ha;

机译：边界元素方法;电气工程教育;电磁兼容性;培训;EMC工程教育;生物电磁工程;生物辐射效应;电磁兼容性工程;电磁辐射;ha;

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1. EMC and BEM engineering education: physics-based modeling, hands-on training, and challenges [J] . Sevgi L. IEEE Antennas & Propagation Magazine . 2003,第2期

机译：EMC和BEM工程学教育：基于物理的建模，动手培训和挑战
2. EMC and BEM engineering education: physics-based modeling, hands-on training, and challenges [J] . Sevgi L. IEEE Antennas & Propagation Magazine . 2003,第2期

机译：EMC和BEM工程学教育：基于物理的建模，动手培训和挑战
3. EMC and BEM engineering education: physics-based modeling, hands-on training, and challenges [J] . Sevgi L. IEEE Antennas & Propagation Magazine . 2003,第2期

机译：EMC和BEM工程教育：基于物理的建模，实践培训和挑战
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EMC and BEM engineering education: physics-based modeling, hands-on training, and challenges

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