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面向工程实际的机械系统动力学教学改革与实践

2021-04-15郭晓强柳军肖芳王国荣

课程教育研究 2021年25期

郭晓强 柳军 肖芳 王国荣

【摘要】机械系统动力学是各高校机械工程、力学、动力工程及工程热物理等机械类专业硕士研究生的一门重要的学位课,不仅是本科生材料力学、理论力学等课程的延伸,还是博士研究生高等动力学、非线性动力学等课程的基础,提高该门课程的教学质量是确保机械类研究生培养质量的关键课程之一。基于国内“双一流”学科建设的要求,以培养创新性科研人才为目标,分析目前课程教学存在的不足,提出面向工程实际的教学改革方法,并以西南石油大学机电工程学院2019级和2020级研究生为实践对象,开展教学改革方法的现场实践,发现:通过本课程的教学改革,提高了研究生的整体成绩,提升了研究生解决工程实际问题以及撰写高水平学术论文的能力。

【关键词】机械系统动力学  研究生教育  创新性科研人才  教学改革方法

【Abstract】Mechanical system dynamics is an important degree course for postgraduates majoring in Mechanical Engineering, Mechanics, and Power Engineering and Engineering Thermophysics. It is not only the extension of undergraduate courses such as material mechanics and theoretical mechanics, but also the foundation of doctoral courses such as advanced dynamics and nonlinear dynamics. Improving the teaching quality of this course is one of the key courses to ensure the quality of mechanical postgraduate training. Based on the requirements of domestic “double first?鄄class” discipline construction and the goal of cultivating innovative scientific research talents, this study analyzes the shortcomings of the current curriculum teaching, and puts forward the teaching reform method oriented to engineering practice. Finally, the on?鄄site practice of teaching reform method taking the 2019 and 2020 graduate students of school of mechanical and electrical engineering of Southwest Petroleum University as the practice objects was carried out. It is found that, through the teaching reform of this course, the overall performance of graduate students is improved, and their ability to solve practical engineering problems and write high?鄄level academic papers is improved.

【Keywords】mechanical system dynamics; postgraduate education; innovative scientific research talents; teaching reform methods

【基金項目】2018年西南石油大学研究生教研教改项目(重点项目):面向工程实际的《机械系统动力学》教学改革与实践(18YJZD05)资助。

【中图分类号】G642   【文献标识码】A 【文章编号】2095-3089(2021)25-0120-02

国家正在大力加强“双一流”学科建设,强调工程教育教学改革要适应未来产业发展,培养有创新创业、动态适应能力的交叉复合型人才。机械系统动力学是机械工程、力学等机械类专业硕士研究生的一门重要的专业基础课,主要讲授在机械系统动力学建模与分析等方面的基本理论与方法。提高该门课程的教学质量是确保机械工程等专业研究培养质量的关键课程之一[1]。……

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