Engineering Thermodynamics with Applications

adiabatic air-fuel ratio air-standard ammonia available energy Btu/hr Btu/lbm Btu/lbm-R Btu/pmole calculated Carnot cycle Carnot engine closed system coefficient compression compressor condenser constant pressure control volume cooling Determine enters enthalpy entropy Equation equilibrium EXAMPLE exit expands Figure fluid ft/sec ft³ ft³/lbm fuel gas turbine gas-turbine gases h₁ h₂ heat added heat exchanger heat flow heat rejected heat transfer ideal gas ideal gas law illustrates inlet intercooler internal energy irreversible isentropic kJ/kg lbm/hr liquid m₁ maximum mean effective pressure mixture mole nozzle occurs open system Otto cycle P₁ percent piston pound mass power plant problem products of combustion properties psia pump Rankine cycle ratio refrigeration system reheat reversible saturated schematic specific heat specific volume steam substance surface T-s diagram T₁ T₂ temperature and pressure theoretical air thermal efficiency unit V₁ vapor velocity w₁ Wnet