Section 6: The second law of thermodynamics (4 credit hours)
Content of the second law of thermodynamics, Carnot cycle and Carnot principle,
Energy analysis of reversible cycle, Equations of the second law of thermodynamics,
Entropy and Entropy equation, The increase of entropy principle
第七课:热力学关系(4 学时)
麦克斯韦关系,热力学能、焓、熵和比热容的一般关系式,热系数,绝热节流
Section 7: Thermodynamic property relations (4 credit hours)
Maxwell relations, General relations for internal energy, enthalpy, entropy and specific heat,
Thermal coefficient, Adiabatic throttling
第八课:期中考试(2 学时)
Section 8: Mid-term Exam (2 credit hours)
第九课:热能的可用性及火用(2 学时)
热能的可用性,火用的概念,能量贬值原理,火用平衡方程,火用的分析和计算
Section 9: Exergy (2 credit hours)
Concept of Exergy, Exergy Transfer, Decrease of exergy principle, Exergy balance and its applications
第十课:气体的流动(4 学时)
稳定流动的基本方程,管内定熵流动的基本特性,气体流量和喷管计算,喷管效率,合流,扩压管
Section 10: Flow of Gas (4 credit hours)
Equation of steady flow, Property of adiabatic flow, Flow in nuzzles and its efficiency, interflow, Diffuser
第十一课:压气机的热力过程(2 学时)
压气过程的热力学分析,活塞式压气机的工作原理,多级压缩和极间冷却,压气机效率
Section 11: Thermodynamic process of compressor (2 credit hours)
General analysis of compressor, The principle of piston compressor, Multistage compression,
Stage-stage cooling, Compressor efficiency
第十二课:气体动力循环(4 学时)
分析动力循环的一般方法,活塞式内燃机的理想循环,燃气轮机装置循环
Section 12: Gas power cycle (4 credit hours)
General analysis of power cycle, Ideal cycle of piston type internal combustion engine, Gas turbine