摘要
通过将材料力学理论与线性代数课程交叉教学,建立两门课程间的知识联系。以材料力学中的应力分析章节为具体依托,探讨了两门课程中的知识点交叉,强化了学生对材料力学中主应力的理解,又赋予线性代数中特征值和特征向量以物理意义,最终达到提升教学效果和激发学生创新性思维的目的。
Through the cross teaching of mechanics of materials and linear algebra, the knowledge connection between the two courses is established. Based on the chapter of stress analysis in mechanics of materials, this paper discusses the intersection of knowledge points in the two courses, strengthens students’ understanding of principal stress in mechanics of materials, and endows eigenvalues and eigenvectors in linear algebra with physical meaning, so as to improve teaching effect and stimulate students’ innovative thinking.
作者
马驰骋
周继磊
许英姿
王延遐
MA Chicheng;ZHOU Jilei;XU Yingzi;WANG Yanxia(School of Transportation and Vehicle Engineering,Shandong University of Technology,Zibo,Shandong 255000)
出处
《科教导刊》
2021年第10期107-109,共3页
The Guide Of Science & Education
基金
国家自然科学基金青年基金,柔性多体时变参数系统振动主被动控制技术(11702162)
教育部高教司2018年第一批产学合作协同育人项目,弯曲梁正应力电测实验可视化技术研究(201801098024),材料力学实验教学有限元辅助资源建设(201801098005)。
关键词
材料力学
线性代数
交叉
主应力
特征值
material mechanics
linear algebra
cross
principal stress
characteristic value
