浅谈《工程力学》课程教学中力学验算能力的培养

Discussion on the Cultivation of Mechanical Calculation Ability in Engineering Mechanics Course Teaching

摘要: 论文旨在探讨《工程力学》课程教学中如何有效地培养学生的力学验算能力，以提高学生的工程实践能力和解决实际问题的能力。论文首先对工程力学课程的教学目标和内容进行了概述，分析了力学验算在工程领域的重要性。随后，对当前工程力学教学现状进行了深入分析，指出了存在的问题和挑战。最后，通过教学实践案例分析，展示了这些教学方法的有效性，并进行了效果评估。本研究采用了文献综述、教学实践、案例分析和效果评估等多种研究方法。研究结果表明，通过采用案例教学、项目驱动教学、翻转课堂等创新教学方法，可以显著提高学生的力学验算能力。教学实践案例分析显示，这些教学方法能够激发学生的学习兴趣，提高学生的参与度和实践能力。效果评估部分的结果显示，学生在力学验算方面的能力和技能有了明显的提升。本论文认为，要有效地培养学生的力学验算能力，需要综合运用多种教学方法，创新教学内容和手段，加强理论与实践的结合，以及充分利用教学资源。同时，教师应不断更新教学理念，提高教学能力，以适应工程教育的发展需求。

Abstract: This paper aims to explore how to effectively cultivate students’ mechanical verification ability in the teaching of Engineering Mechanics course, so as to improve students’ engineering practice ability and the ability to solve practical problems. This paper first provides an overview of the teaching objectives and content of the Engineering Mechanics course, and analyzes the importance of mechanical verification in engineering fields. Subsequently, an in-depth analysis of the current teaching status of engineering mechanics was conducted, identifying existing issues and challenges. Finally, through case analysis of teaching practices, the effectiveness of these teaching methods was demonstrated and evaluated. This study employed multiple research methods including literature review, teaching practice, case analysis, and outcome evaluation. The research findings demonstrate that innovative teaching methodologies such as case-based instruction, project-driven learning, and flipped classrooms can significantly enhance students’ mechanical verification capabilities. The teaching practice case analysis shows that these teaching methods can stimulate students’ interest in learning, improve students’ participation and practical ability. The results in the effectiveness evaluation section demonstrate significant improvement in students’ abilities and skills regarding mechanical verification. This thesis holds that to effectively cultivate students’ mechanical verification skills, it is necessary to comprehensively employ various teaching methods, innovate teaching content and approaches, strengthen the integration of theory and practice, and fully utilize teaching resources. Meanwhile, teachers should continuously update their teaching philosophies and enhance their instructional capabilities to meet the evolving demands of engineering education.