Thermodynamics
1
Thermodynamics: An Engineering Approach
Yunus A. Cengel and Michael A. Boles
3rd Edition, McGraw-Hill Inc., 1997 ISBN 007 011 9279
Reserved
>Chapter 1: Basic Concepts of Thermodynamics
Problem 1.12:  Newton's second law|P1_12.ees|P1_12.hlp|no.bmp 
* Problem 1.44: Manometer analysis|P1_44.ees|P1_44.hlp|no.bmp 
>Chapter 2: Properties of Pure Substances
* Problem 2.26:  Properties of a pure substance|P2_26.ees|P2_26.hlp|no.bmp
Problem 2.50:   Water in a constant pressure process|P2_50.ees|P2_50.hlp|no.bmp
Problem 2.91:  Comparison of ideal-gas & Beattie-Bridgeman equations|P2_91.ees|P2_91.hlp|no.bmp
>Chapter 3: The First Law of Thermodynamics:  Closed Systems
* Problem 3.40:  Polytropic expansion of a gas|P3_40.ees|P3_40.hlp|no.bmp
Problem 3.42:   Non ideal-gas isothermal expansion|P3_42.ees|P3_42.hlp|no.bmp
Problem 3.83:  Steam piston-cylinder & linear spring|P3_83.ees|P3_83.hlp|no.bmp
Problem 3.116:  Air piston-cylinder fitted with stops|P3_116.ees|P3_116.hlp|no.bmp
>Chapter 4: The First Law of Thermodynamics:  Control Volumes
* Problem 4.16:  Adiabatic nozzle|P4_16.ees|P4_16.hlp|no.bmp
* Problem 4.45:  Throttling of a refrigerant|P4_45.ees|P4_45.hlp|no.bmp
Problem 4.59E:   Steam-to-air heat exchanger|P4_59E.ees|P4_59E.hlp|no.bmp
Problem 4.75:   Air cooled electronic system|P4_75.ees|P4_75.hlp|no.bmp
Problem 4.142:   Steady-flow steam turbine|P4_142.ees|P4_142.hlp|no.bmp
Problem 4.148:  Unsteady-flow of air into piston-cylinder with spring|P4_148.ees|P4_148.hlp|no.bmp
>Chapter 5: The Second Law of Thermodynamics
Problem 5.57:  Power supplied to house air conditioner|P5_57.ees|P5_57.hlp|no.bmp 
* Problem 5.85:  Carnot heat engine|P5_85.ees|P5_85.hlp|no.bmp
Problem 5.147:  Heat pump water heater|P5_147.ees|P5_147.hlp|no.bmp147
>Chapter 6: Entropy
Problem 6.36:   Free expansion of water into vacuum|P6_36.ees|P6_36.hlp|mo.bmp
* Problem 6.99:   Refrigerant adiabatic compressor|P6_99.ees|P6_99.hlp|mo.bmp
Problem 6.167:   Steam turbine driven air compressor|P6_167.ees|P6_167.hlp|mo.bmp
>Chapter 7: Second-Law Analysis of Engineering Systems
Problem 7.22:   Heat engine second law analysis|P7_22.ees|P7_22.ees|no.bmp
* Problem 7.53:   Air compressor exergy analysis|P7_53.ees|P7_53.ees|no.bmp
Problem 7.108:   Reversible work for steam feedwater heater|P7_108.ees|P7_108.ees|no.bmp
>Chapter 8: Gas Power Cycles
Problem 8.54:  Ideal dual cycle|P8_54.ees|P8_54.hlp|no.bmp
* Problem 8.74:  Brayton cycle|P8_74.ees|P8_74.hlp|no.bmp
Problem 8.90:  Gas turbine with regeneration|P8_90.ees|P8_90.hlp|no.bmp
Problem 8.133:  Otto cycle|P8_133.ees|P8_133.hlp|no.bmp
>Chapter 9: Vapor and Combined Power Cycles
* Problem 9.26:  Rankine cycle with reheat|P9_26.ees|P9_26.hlp|no.bmp
Problem 9.39:  Rankine cycle with regeneration|P9_39.ees|P9_39.hlp|no.bmp
Problem 9.67-68:  Combined gas-steam power plant|P9_67.ees|P9_67.hlp|no.bmp
>Chapter 10: Refrigeration Cycles
* Problem 10.14:  Vapor-compression refrigeration cycle|P10_14.ees|P10_14.hlp|no.bmp
Problem 10.39-40:  Two-stage compression refrigeration cycle|P10_39.ees|P10_39.hlp|no.bmp
Problem 10.48-50  Gas turbine refrigeration cycle|P10_48.ees|P10_48.hlp|no.bmp
>Chapter 11: Thermodynamic Property Relations
Problem 11.45E:  Joule-Thompson coefficient|P11_45e.ees|P11_45E.hlp|no.bmp
* Problem 11.57:  Generalized charts applied to closed system analysis|P11_57.ees|P11_57.hlp|no.bmp
>Chapter 12: Gas Mixtures
Problem 12.37:  Unsteady-flow with mixing|P12_37.ees|P12_37.hlp|no.bmp
* Problem 12.47:  Adiabatic mixing|P12_47.ees|P12_47.hlp|no.bmp
Problem 12.49E:  Mixture flow through non-isentropic nozzle|P12_49e.ees|P12_49E.hlp|no.bmp
>Chapter 13: Gas-Vapor Mixtures and Air Conditioning
* Problem 13.35:  Properties of moist air and psychrometric chart|P13_35.ees|p13_35.hlp|no.bmp
* Problem 13.69:  Cooling coil dehumidifier|P13_69.ees|p13_69.hlp|no.bmp
Problem 13.115:  Cooling tower|P13_115.ees|p13_115.hlp|no.bmp
>Chapter 14: Chemical Reactions
Problem 14.60:  Steady-flow combustion with excess air|P14_60.ees|P14_60.hlp|no.bmp
Problem 14.62:  Constant-volume combustion|P14_62.ees|P14_62.hlp|no.bmp
* Problem 14.68:  Effect of excess air on adiabatic flame temperature|P14_68.ees|P14_68.hlp|no.bmp
Problem 14.84:  Steady-flow combustion of liquid fuel|P14_84.ees|P14_84.hlp|no.bmp
>Chapter 15: Chemical and Phase Equilibrium
Problem 15.19:  Single chemical equilibrium reaction|P15_19.ees|p15_19.hlp|no.bmp
* Problem 15.37E  Simultaneous chemical equilibrium reaction|P15_37e.ees|p15_37e.hlp|no.bmp
Problem 15.71  Chemical equilibrium and adiabatic flame temperature|P15_71.ees|p15_71.hlp|no.bmp
>Chapter 16: Thermodynamics of High-Speed Flow
Problem 16.62  Air flow through isentropic converging nozzle|p16_62.ees|p16_62.hlp|no.bmp
Problem 16.74E  Air flow with normal shock|p16_74e.ees|p16_74e.hlp|no.bmp
* Problem16.112-113  One-dimensional compressible flow & normal shock functions|p16_112.ees|p16_112.hlp|no.bmp
