chapter 1 introduction and basic concepts.
1-1 thermodynamics and energy
1-2 systems and control volumes
1-3 properties of a system
1-4 density and specific gravity
1-5 state and equilibrium
1-6 processes and cycles
1-7 temperature and the zeroth law of thermodynamics
1-8 pressure
1-9 the manometer
1-10 problem-solving technique
chapter 2 energy,energy transfer,and general energy analysis
2-1 introduction
2-2 forms of energy
2-3 energy transfer by heat
2-4 energy transfer by work
2-5 mechanical forms of work
2-6 the first law of thermodynamics
2-7 energy conversion efficiencies
2-8 energy and environment
.chapter 3 properties of pure substances
3-1 pure substance
3-2 phases of a pure substance
3-3 phase-change processes of pure substances
3-4 property diagrams for phase-change processes
3-5 property tables
3-6 the ideal-gas equation'of state
3-7 compressibility factor--a measure of deviation from ideal-gas behavior
3-8 other equations of state
chapter 4 energy analysis of closed systems
4-1 moving boundary work
4-2 energy balance for closed systems
4-3 specific heats
4-4 internal energy,enthalpy,and specific heats of ideal gases
4-5 internal energy, enthalpy, and sp'ecific heats of solids and liquids
chapter 5 mass and energy analysis'of'control volumes
5-1 conservation of mass
5-2 flow work and the energy of a flowing. fluid
5-3 energy, analysis of steady-flow systems
5-4 some steady-flow engineering devices
5-5 energy analysis of unsteady-flow processes
chapter 6 the second law of thermodynamics
6-1 introduction to the second law
6-2 thermal energy reservoirs
6-3 heat engines
6-4 refrigerators and heat pumps
6-5 perpetual-motion machines
6-6 reversible and irreversible processes
6-7 the carnot cycle
6-8 the carnot principles
6-9 the thermodynamic temperature scale
6-10 the carnot heat engine
6-11 the carnot refrigerator and heat pump
chapter 7 entropy
7-1 entropy
7-2 the increase of entropy principle
7-3 entropy change of pure substances
7-4 isentropic processes
7-5 property diagrams involving entropy
7-6 what is entropy?
7-7 the t ds relations
7-8 entropy change of liquids and solids
7-9 the entropy change of ideal gases
7-10 reversible steady-flow work
7-11 minimizing the compressor work
7-12 isentropic efficiencies of steady-flow devices
chapter 8 gas power cycles..
8-1 basic considerations in the analysis of power cycles
8-2 the camot cycle and its value in engineering
8-3 air-standard assumptions
8-4 an overview of reciprocating engines
8-5 otto cycle:the ideal cycle for spark-ignition engines
8-6 diesel cycle:the ideal cycle for compression-ignition engines
8-7 stirling and ericsson cycles
8-8 brayton cycle:the ideal cycle for gas-turbine engines
8-9 the brayton cycle with regeneration
8-10 the brayton cycle with intercooling, reheating, and regeneratior
8-11 ideal jet-propulsion cycles
8-12 second-law analysis of gas power cycles
chapter 9 vapor power cycles
9-1 the carnot vapor cycle
9-2 rankine cycle:the ideal cycle for vapor power cycles
9-3 deviation of actual vapor power cycles from idealized ones
9-4 how can we increase the efficiency of the rankine cycle7
9-5 the ideal reheat rankine cycle
9-6 the ideal regenerative rankine cycle
chapter 10 refrigeration cycles
10-1 refrigerators and heat pumps
10-2 the reversed camot cycle
10-3 the ideal vapor-compression refrigeration cycle
10-4 actual vapor-compression refrigeration cycle
10-5 selecting the right refrigerant
10-6 heat pump systems
10-7 gas refrigeration cycles
10-8 absorption refrigeration systems
chapter 11 thermodynamic property relations
11-1 a little math--partial derivatives and associated relations
11-2 the maxwell relations
11-3 the clapeyron equation
11-4 general relations for du, dh, ds, co, and cp
11-5 the joule-thomson coefficient
chapter 12 gas mixtures
12-1 composition of a gas mixture: mass and mole fractions
12-2 p-v-t behavior of gas mixtures:ideal and real gases
12-3 properties of gas mixtures:ideal and real gases
chapter 13 gas--vapor mixtures and air-conditioning
13-1 dry and atmospheric air
13-2 specific and relative humidity of air
13-3 dew-point temperature
13-4 adiabatic saturation and wet-bulb temperatures
13-5 the psychrometric chart
13-6 human comfort and air-conditioning
13-7 air-conditioning processes
chapter 14 compressible flow
14-1 stagnation properties
14-2 speed of sound and mach number
14-3 one-dimensional isentropic flow
14-4 isentropic flow through nozzles
14-5 steam nozzles
appendix 1 property tables and charts (si units)
appendix 2 property tables and charts(english units)...
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