Thermodynamics |
Contents
CONCEPTS OF THERMODYNAMICS | 1 |
PROPERTIES OF SUBSTANCES | 35 |
CONSERVATION OF MASS | 95 |
Copyright | |
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adiabatic air-fuel ratio assumed boiler Brayton cycle Calculate Carnot cycle chemical closed system component compressibility factor compressor condenser conservation of mass conservation-of-energy equation constant-pressure cooling Determine dry air dry bulb temperature entropy change equilibrium Example feedwater heater fluid fuel h₁ h₂ H₂O heat engine heat pump heat transfer heat-transfer rate ideal gas ideal gases ideal-gas behavior internal energy internally reversible isentropic isentropic process isothermal isothermal process kg·mol kg/s kJ/kg mol kJ/kg∙K m³/kg mass flow rate mixture N₂ nitrogen nozzle number of moles P-v diagram P₁ P₂ potential energy properties Rankine cycle reactants reaction refrigerant-12 refrigeration cycle regenerator relative humidity result saturated liquid second law shown in Fig specific heats specific volume steady-flow steam substance System boundary T₁ T₂ Table tank thermal efficiency thermodynamic totally reversible turbine unit mass V₁ vapor-compression refrigeration velocity water vapor zero ат