Fundamentals of engineering thermodynamics, Volume 1
Presents a comprehensive and rigorous treatment of the subject from the classical perspective to offer a problem-solving methodology that encourages systematic thinking. Noted for its treatment of the second law, this text clearly presents both theory and application. The presentation of chemical availability has been extended by a cutting- edge discussion of standard chemical availability. Design applications and problems have been updated to include economic considerations. Environmental topics have also been expanded and updated. The new version of Interactive Thermodynamics (IT) is a powerful windows-based software program that now includes equation-solver, printing, graphing, data retrival and simulation capabilities.
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Introductory Concepts and Definitions
Energy and the First Law of Thermodynamics
Properties of a Pure Simple Compressible Substance
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adiabatic air entering air-standard analysis bars Btu/lb Btu/lb carbon chemical closed system coefficient of performance combustion component compression compressor condenser constant control volume Determine developed diagram dry air energy rate balance energy transfer engine entropy production equation evaluated Example expression feedwater heater Figure fluid fuel gases heat exchanger heat pump heat transfer ideal gas mixture ideal gas model initially isentropic kinetic and potential kJ/kg kJ/kg kmol lbmol liquid water mass flow rate moist air molar nozzle operating at steady phase potential energy effects power cycle power plant pressure Problem properties Rankine cycle ratio reservoir saturated liquid Schematic and Given second law second law efficiency SOLUTION Known specific enthalpy specific entropy specific heat specific volume steam surroundings Table tank temperature thermal efficiency thermodynamic unit mass unit of mass values vapor power vapor-compression refrigeration velocity volumetric flow rate water vapor