Thermodynamics |
Contents
Energy Conversion and Efficiencies | 4 |
The First Law of Thermodynamics and the State | 26 |
210 | 54 |
Copyright | |
36 other sections not shown
Common terms and phrases
20 psia adiabatic process air-fuel ratio bars Brayton cycle Btu/lb Btu/lbmol Calculate carbon Carnot Carnot cycle Carnot heat engine Celsius closed system cm³/g coefficient of performance combustion compression compressor condenser constant pressure control volume cooled Determine dry air enters enthalpy entropy change equation equilibrium evaluate Example exit expansion feedwater heater final pressure final temperature fluid ft/s ft³ ft³/lb fuel gases h₁ h₂ heat engine heat transfer Hence ideal gas initial inlet internal energy irreversible isentropic isothermal kilojoules kJ/kg kJ/kgmol mass flow rate mixture mole nitrogen nozzle outlet output P₁ P₂ percent piston piston-cylinder device Prob properties psia PV diagram quantity quasistatic quasistatic process reaction refrigerant-12 refrigeration reheating reservoir saturated liquid saturated vapor shown in Fig Solution specific heats specific volume steady-flow steam substance T₁ T₂ Table thermal efficiency thermodynamic turbine V₁ velocity