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A Review on Enhancing the Teaching and Learning of Thermodynamics

机译:加强热力学教学的研究进展

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Thermodynamics is a subject that deals with energy and is one of the most advanced tools for understanding our physical universe. Engineering students’ difficulties in learning thermodynamics occur globally as indicated by the literature. There are various studies reporting on efforts made to overcome the deficiencies and suggestions of teaching approaches to enhance students learning such as blended learning approach, active learning techniques, computer-based instruction, virtual lab – a web-based student learning tool for thermodynamic concept related to multi-staging in compressors and turbines, TESTTM software in design projects and laboratory and so on. This paper presents a review and analysis of the different approaches on supporting students learning of thermodynamics. The criteria for analysis are the characteristics of the learning system, the effectiveness based on students’ performance; the skill developed using the learning system, and students’ feedback.
机译:热力学是一门涉及能源的学科,是了解我们的物理宇宙的最先进工具之一。正如文献所表明的那样,工科学生在学习热力学方面的困难普遍存在。有各种研究报告了为克服教学方法的不足和建议而进行的努力,这些方法和建议旨在增强学生的学习能力,例如混合学习法,主动学习技术,基于计算机的教学,虚拟实验室–一种与热力学概念相关的基于Web的学生学习工具到压缩机和涡轮机的多级运行,设计项目和实验室中的TESTTM软件等等。本文对支持学生学习热力学的不同方法进行了回顾和分析。分析的标准是学习系统的特征,基于学生表现的有效性;使用学习系统开发的技能以及学生的反馈。

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