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XuetangX

热力学

Beijing Institute of Technology via XuetangX

Overview

多资源融合、多手段融合、多元素融合、多目标融合及多思政元素融合是本课程的显著特色。

(1)本课程的主要内容参考了国际一流大学的教学内容。它结合了国际一流大学的教材特点,并基于我国新工科及我国一带一路策略的要求,创新增加了新能源、新技术、新动力等国际最新热力学内容,比如燃料电池、动力电池、太阳能和风能等,形成了自己独具特色的教材体系

(2)在思政内容设计与挖掘上有重大创新。将热力学中熵和㶲的概念进行创新泛化,并将这些概念推广至人生过程,形成了指导人生发展方向的独特的教学思政内容。极大地拓展了教学思路和学生的想象力。结合我国科学家对热力学理论的贡献,如吴中华提出“温度匹配、梯级利用”的总能思想,挖掘具有显著特色的爱国思政内容。

(3)本课程进行了多资源融合。本课程具有教学语言丰富(中英文教学)、线上线下融合(中英文慕课、多平台教学)、本科研究生贯通式教学等全面的教学手段,能够满足所有学生的学习要求。


Syllabus

  • 1.Preface and basic concepts
    • 1.1 Engineering Thermodynamics(1)
    • 1.2 Engineering Thermodynamics(2)
    • 1.3 Engineering Thermodynamics(3)
  • 2.The first law of thermodynamics
    • 2.1 The Energy Balance Equation Based on The First Law
    • 2.2 Applications of Conservation Equation
  • 3.The second law of thermodynamics
    • 3.1 Directivity of thermal process and statements of the second law
    • 3.2 Entropy--aproperty of a system
  • 4.Convertibility of Energy,Exergy analysis
    • 4.1 The convertibility of energy
    • 4.2 Convertibility of Energy,Exergy analysis(1)
    • 4.3 Convertibility of Energy,Exergy analysis(2)
    • 4.4 Convertibility of Energy,Exergy analysis(3)
  • 5.The properties of thesteam
    • 5.1 The generation process of steam
    • 5.2 The vapor properties and vapor table application
  • 6.The properties of Perfect gas
    • 6.1 The behaviorof perfect gas
    • 6.2 The thermal process of perfect gas
    • 6.3 Compression Processes of Gas
  • 7.The Heat Engine Cycle
    • 7.1 The Carnot cycle and its work ratio
    • 7.2 Finite Time Thermodynamics
  • 8. Steam power cycles
    • 8.1 The ideal steam cycle
    • 8.2 The reheat cycle
  • 9.State andproperties of moist air
    • 9.1 Enthalpy-humidity chart
    • 9.2 The thermal processesof the moist air
  • 10.Refrigeration and heat pump
    • 10.1 Nozzles and compressors
    • 10.2 Refrigeration and heat pump(1)
    • 10.3 Refrigeration and heat pump(2)
  • 11.Thermodynamic relations
    • 11.1 General Mathematical Relations-.---A revlew
    • 11.2 General relations of internal energy
  • 12.The state function of practical gas
    • 12.1 The Van der waals's Equation
  • Final Test

    Taught by

    Zheng Hongfei

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