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“工程热力学”作为能源动力类专业的核心基础课程,对于后续专业课程的学习和研究能源的高效转换利用具有重要的学习意义和实际应用价值。提出注重数学、物理知识在“工程热力学”教学中的引导作用,构筑基础数理知识与“工程热力学”课程有机结合的教学方法,强化学生对热力学中抽象概念、过程的理解和领会,加深对热力学基本规律的认知和把握,以提高和改善“工程热力学”课程的教学效果。
“Engineering Thermodynamics ” As the core basic course of energy and power specialty, it has important learning significance and practical application value for the follow-up professional courses to study and study the efficient conversion and utilization of energy. The paper puts forward that the mathematics and physical knowledge should play a guiding role in the Teaching of Engineering Thermodynamics and construct the teaching methods that combine the basic mathematical knowledge with the Engineering Thermodynamics course to reinforce the students’ understanding and understanding of the abstract concepts and processes in thermodynamics. , Deepen the cognition and grasp of the basic laws of thermodynamics in order to improve and improve the teaching effect of “Engineering Thermodynamics” course.