• Basic principles of thermodynamic laws and their application to engineering systems. • The relationship between working fluid, equilibrium state and equations of state. • Analytical methods of thermodynamics • Analysis and calculation of thermo-technical process and thermodynamic cycle by the above-mentioned laws and methods. • Mechanisms of Carnot cycle, Rankine cycle, Otto cycle, and Diesel cycle, heat engines, refrigeration and heat pump.
Through the explanation of relevant heritage concepts, the demonstration of heritage examples, and the analysis of heritage protection cases, it tells about the close relationship between heritage and contemporary culture, economy, society, and people's daily life. It further encourages students with different professional backgrounds to actively use their professional expertise to serve the cause of heritage conservation and promote interdisciplinary cooperation in heritage conservation.
ProgramTeacherCreditDuration Building 4 64 Course Name: Theoretical mechanics Course Code: S2293147 Semester: 2 Credit: 4 Program: Building Course Module: Responsible: E-mail: Chao.bill@gmail.com Depa...
ProgramTeacherCreditDuration Building ZHANG Long 3 48 Course Name:The Introduction of Heritage Conservation Course Code:S2293183 Semester:1 Credit: 3 Program: Building Course Module: Responsible:ZHANG...
ProgramTeacherCreditDuration Building Gang Liu 2 32 Course Name: Thermal Environment for Building Course Code: S2293258 Semester: 1 Credit: 2 Program: Building Course Module: Responsible: Gang Liu E-...
ProgramTeacherCreditDuration Electronics Qiang Li 3 48 Course Name: Theory and Design of Digital Filters Course Code: S2293040 Semester: 4 Credit: 3 Program: Electronics Course Module: Optional Course...
ProgramTeacherCreditDuration Building Lixiong Wang, Hui Ma, Rui Dang 4 64 Course Name: Test Technology for Building Physics Course Code: S2293107 Semester:3 Credit: 4 Program: Building Course Module:...
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