电磁仿真在电气工程专业学生课题实践中的应用
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摘要
电气工程及其自动化专业是一门综合性较强的学科,其主要特点是强弱电结合,软硬件结合,机电结合。以ANSYS Maxwell为载体的电磁仿真在电气工程专业学生的课程学习及课题实践中均发挥着重要的作用。本文以石河子大学大学生创新创业训练项目为背景,阐述了电磁仿真软件在电气工程专业学生的课题实践中所发挥的作用,从提高学生的理论水平到解决实际工程问题均进行了有效的指导。实践表明,对电气工程专业的学生,适当开设电磁仿真软件的教学培训,可以提高学生对抽象电磁知识的掌握能力,辅助完成相关课题实践的锻炼。
Electrical engineering and automation is a comprehensive subject, which is mainly characterized by the combination of strong and weak electricity, software and hardware, and electromechanical combination. Taking ANSYS Maxwell as an example, the electromagnetic simulation software plays an important role in the curriculum study and subject practice of students majoring in electrical engineering. Based on the training project of innovation and entrepreneurship of students in Shihezi University, this paper expounds the role of electromagnetic simulation software in the subject practice of students majoring in electrical engineering, and provides effective guidance from improving students' theoretical level to solving practical engineering problems. The practice shows that, for students majoring in electrical engineering, teaching and training of electromagnetic simulation software can improve the ability of students to master abstract electromagnetic knowledge, and further complete relevant exercises.
Electrical engineering and automation is a comprehensive subject, which is mainly characterized by the combination of strong and weak electricity, software and hardware, and electromechanical combination. Taking ANSYS Maxwell as an example, the electromagnetic simulation software plays an important role in the curriculum study and subject practice of students majoring in electrical engineering. Based on the training project of innovation and entrepreneurship of students in Shihezi University, this paper expounds the role of electromagnetic simulation software in the subject practice of students majoring in electrical engineering, and provides effective guidance from improving students' theoretical level to solving practical engineering problems. The practice shows that, for students majoring in electrical engineering, teaching and training of electromagnetic simulation software can improve the ability of students to master abstract electromagnetic knowledge, and further complete relevant exercises.
引文
[1]郝丽,赵伟,王珅,等.利用LabVIEW提高电气工程专业本科生教育质量[J].实验室研究与探索,2016,35(02):217-219+272.
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[3]孙文杰.仿真技术在电气工程及其自动化专业教学改革中的应用[J].实验室研究与探索,2016,35(12):104-107.
[4]李阳,晁雪薇,聂晶,等.《电机学》课程教学中工程教育模式的建立[J].教育现代化, 2017,4(23):45-46+51.
[5]肖俊生,杜志杰,王志春.基于ANSYS的电涡流测厚仿真分析[J].传感器与微系统,2018, 37(03):26-28+31.
[2]胡敏强,王恩荣,颜伟,等.以创新教育为抓手的电气类专业特色建设[J].中国大学教学,2015(11):44-47.
[3]孙文杰.仿真技术在电气工程及其自动化专业教学改革中的应用[J].实验室研究与探索,2016,35(12):104-107.
[4]李阳,晁雪薇,聂晶,等.《电机学》课程教学中工程教育模式的建立[J].教育现代化, 2017,4(23):45-46+51.
[5]肖俊生,杜志杰,王志春.基于ANSYS的电涡流测厚仿真分析[J].传感器与微系统,2018, 37(03):26-28+31.