1.工程热力学(Engineering Thermodynamics)

课程信息

A course on the fundamentals of energy transformation: basic concepts, laws, and relationships of thermodynamics; thermodynamic functions and properties of working medium; thermodynamic processes and cycles.

工程热力学主要介绍热力转换所涉及到的基本概念和定律，基本热力学关系式与热力学函数以及工质的热力性质计算，热力过程与热力循环的分析方法。

教材

《工程热力学》第4版，沈维道，童钧耕 主编 高等教育出版社

参考书

《热物理学概论》第2版，胡汉平，程文龙 编著 中国科技大学出版社

2.材料热力学与动力学(Thermodynamics and Kinetics of Materials)

课程信息

This course is devoted to introduce how the thermodynamics and kinetics can be applied into materials system. The related method and concept are dilivered to understand the key problem in materials science: the relationships among microstructure, processing and properties of various advanced materials. The tentative schedule are outlined as following:

lecture 1 Introduction of thermodynamics (PDF)
lecture 2 Symmetry, anisotropy and tensor (PDF)
lecture 3 Tensor properties of solids (PDF)
lecture 4 Basic laws of phase diagram (PDF)
lecture 5 Basic concept of phase transformation (PDF)
lecture 6 Diffusion (PDF)
lecture 7 Martensitic transformation (PDF)
lecture 8 Solid solutions (PDF)
lecture 9 Introduction of nonequilibrium thermodynamics (PDF)
lecture 10 Reaction kinetics and transition state theory (PDF)
lecture 11 Kinetics of phase transformation (PDF)
lecture 12 Defects in solids (PDF)
lecture 13 Evolution of surface and interface, configurational force (PDF)
lecture 14 Effective theory construction for modeling microstructural evolution 
lecture 15 Recent development of phase field modeling 

Reference books
1. Balluffi, R. W., S. M. Allen, and W. C. Carter, Kinetics of Materials, John Wiley and Sons, New Jersey (2005). 
2. Bokstein B., Mendelev M.I., Srolovitz D.J., Thermodynamics and kinetics in Materials Science, Oxford, New York, (2005). 
3. Ragone David V. Thermodynamics and kinetics of materials, The MIT series in Materials Science and Engineering, (1995).
4 A.G. Khachaturyan, Theory of Structural Transformations in Solids (Wiley, New York, 1983).

3.固体缺陷与材料强度

课程信息

A course on elastic energy, force and motion of various defects and strengthening mechanisms in solids, including introduction of defects in materials, elastic fields of dislocation, crack and inclusion, configuration force on the defects, interaction between defects, typical strengthening mechanisms.

固体缺陷与强度是一门关于学习材料中的典型缺陷的变形与运动机制，进而理解非均匀材料的强度规律的课程，为理论与应用力学专业高年级选修课。包括材料中的缺陷简介、位错、裂纹、夹杂的弹性场、作用在缺陷上的力、缺陷相互作用、典型材料强韧化机制等。参考教材暂无，主要从相关专著中摘选内容。三本主要的专著为1金属物理学 第一卷 结构与缺陷，冯端，丘第荣，科学出版社1998，2 脆性固体断裂力学， Brian Lawn著，龚江宏译2010 高教出版社，3 Micromechanics of Defects in Solids by T. Mura, Kluwer Academic Publishers, Dordrecht: The Netherlands, 1987。摘选部分经过整理成讲义以PPT形式讲述。

第一节：材料中的缺陷简介
第二节：缺陷的热力学描述
第三节：作用在缺陷上的力与运动
第四节：缺陷运动的过渡态理论
第五节：裂纹与材料强度
第六节：位错与材料强度
第七节：夹杂与材料强度
第八节：强韧化原理应用举例