Mechanical engineering thermodynamics
Mooney, David A.
Mechanical engineering thermodynamics David A. Mooney - [1st?] ed. - Englewood Cliffs Prentice Hall - 540 p. gráficos, tablas láminas
El material complementario consiste en seis diagramas en cuatro láminas desplegables: Temperature-entropy diagram for carbon dioxide (E1), Temperature entropy diagram for air (E2), Mollier chart for steam (E3), Pressure-enthalpy chart for Freon-12 (E4), Properties of chemically-correct fuel-air mixtures (E5), Psychrometric chart Normal Temperatures (E6) Apéndice con tablas e índice alfabético, al final del libro
Introduction Work Temperature and heat Properties of systems The first law of thermodynamics Flow processes. First law analysis The second law of thermodynamics Basic appilcations of the second law Properties of pure substances Tabulated properties. Steam tables Properties of gases Properties of gaseous mixtures Process calculations for stationary systems Vapor cycles. The ranking cycle Vapor cycles. More efficient cycles Gas cycles Fluid flow. Nozzles and orifices Turbines Reciprocating expanders and compressors The steam engine Gas compression Combustion processes. First law analysis Internal combustion power plants Refrigeration Air-water vapor mixtures
Mechanical engineering thermodynamics David A. Mooney - [1st?] ed. - Englewood Cliffs Prentice Hall - 540 p. gráficos, tablas láminas
El material complementario consiste en seis diagramas en cuatro láminas desplegables: Temperature-entropy diagram for carbon dioxide (E1), Temperature entropy diagram for air (E2), Mollier chart for steam (E3), Pressure-enthalpy chart for Freon-12 (E4), Properties of chemically-correct fuel-air mixtures (E5), Psychrometric chart Normal Temperatures (E6) Apéndice con tablas e índice alfabético, al final del libro
Introduction Work Temperature and heat Properties of systems The first law of thermodynamics Flow processes. First law analysis The second law of thermodynamics Basic appilcations of the second law Properties of pure substances Tabulated properties. Steam tables Properties of gases Properties of gaseous mixtures Process calculations for stationary systems Vapor cycles. The ranking cycle Vapor cycles. More efficient cycles Gas cycles Fluid flow. Nozzles and orifices Turbines Reciprocating expanders and compressors The steam engine Gas compression Combustion processes. First law analysis Internal combustion power plants Refrigeration Air-water vapor mixtures