周次

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讲 课

实验、上机、习题、课堂讨论或自学

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绪论 Preface

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1.1 热力系统 1.2 热力状态及基本状态参数 (1.1 Thermodynamic system 1.2 properties of a system)

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1.3 热力平衡及状态方程 1.4 准静态过程与可逆过程 1.4 热力循环 (1.3 State and Equilibrium 1.4 Processes and Cycles)

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2.1 理想气体状态方程 2.2 理想气体比热 (2.1 The ideal gas equation of state; 2.2 Specific heat of ideal gases)

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2.2 理想气体比热 2.3 混合气体的性质 3.1 能量

2.2 Specific heata of ideal gases;2.3 Properties of gas mixtures , 3.1 Energy)

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比热的测定 ( 实验 )
Measurement of specific heat (experiment)

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3.2 功和热量 3.3 闭口系统能量方程 3.4 稳态稳定流动能量方程 (3.2 Work and Heat;3.3 Energy balance for closed system 3.4 Energy balance for steady flow system )

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3.4 稳态稳定流动能量方程的应用 3.5 理想气体内能与焓熵的计算 (3.4 Application of Energy balance for steady flow system;3.4 Internal energy, enthalpy and entropy of ideal gas)

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4.1 理想气体的基本热力过程

(4.1 Basic process of ideal gas)

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热力学第一定律及比热表的应用(习题课)
(Application of energy conservation principle and specific heat Table)

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4.2 多变过程 (4.2 Polytropic process)

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热力过程的计算和图示 (题课)

Analysis and plot illustration of thermodynamic process and

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4.3 压气机的理论压缩功 4.4 多级压缩与中间冷却 (4.3 Theoretical compression work; 4.4 Multi-stage compression and inter cooling)

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4.5 余隙容积的影响 5.1 热力学第二定律的实质及表述 (4.5 Influence of residual volume, 5.1 The statement and essence of the second law of thermodynamics)

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5.2 卡诺循环及卡诺定理 5.3 熵与熵增原理 (5.2 The Carnot cycle and the Carnot Principles 5.3 Entropy and the increase of entropy principle)

周次

周学时

讲 课

实验、上机、习题、课堂讨论或自学

学时

内 容

学时

内 容

10

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2

热力学第二定律的应用 ( 习题课 )
(Application of the second law of thermodynamics)

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7.1 水的相变和相图 .7.2 蒸气的发生过程 (7.1 Phase change of water 7.2 Phase change Process)

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水蒸气图表及其应用 ( 习题课 )
(Application of Water and Vapor Table)

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8.1 湿空气的状态参数 8.2 湿空气的焓湿图 (8.1 Properties of gas-vapor mixtures;8.2 The Psychrometric Chart)

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8.3 湿空气的热力过程 8.3 Air-conditioning Processes)

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湿空气焓湿图的应用与热力过程 ( 习题课 )
(Application of the Psychrometric Chart)

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9.1 流动的基本方程及特征 (9.1 Isentropic flow equations and characteristics)

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9.2 喷管的流速与流量计算 (Isentropic flow through Nozzles) 9.2 有摩擦的流动 9.4 绝热节流

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喷管实验 ( Nozzle Test)

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10.1 朗肯循环 10.2 回热循环和再热循环 (10.1 The Rankine cycle; 10.2 The Ideal reheat and regenerative Rankine cycle)

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10.2 内燃机循环 10.3 然气轮机循环

10.2 Otto cycle and Diesel cycle; 10.3 Brayton cycle

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11.1 空气压缩制冷循环 11.2 蒸气压缩制冷循环 (11.1 The Ideal vapor compression refrigeration cycle 11.2 Vapor compression refrigeration cycle)

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总复习 (Review)

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制冷循环演示（实验）

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机动