Fundamentals of ThermodynamicsPresenting a comprehensive and thorough treatment of thermodynamics while still retaining an engineering perspective, this updated edition contains revised contents and chapters, changes in table listings and equations, as well as the addition of simpler homework problems. |
Contents
Problems | 32 |
PROPERTIES OF A PURE SUBSTANCE | 40 |
Cycle | 96 |
Copyright | |
26 other sections not shown
Common terms and phrases
actual adiabatic ambient ammonia amount Analysis Assume availability Btu/lbm Calculate carbon chemical combustion compression compressor Consider constant contains Continued control mass control volume cooled cycle cylinder defined Determine diagram difference efficiency energy engine enters enthalpy entropy equal equation equilibrium example exit expands FIGURE final Find flow flow rate fluid force fuel function give given heat transfer ideal gas increase initial inlet inside internal irreversibility isentropic kg/s kJ/kg kJ/kg known leaves liquid m³/kg kJ/kg kJ/kg mass mass flow mixture mole nitrogen nozzle operating oxygen phase piston pressure Problem properties pump ratio reaction refrigeration relation result reversible second law shown in Fig Solution specific heat specific volume SSSF steam substance Superheated surface surroundings TABLE takes tank Temp temperature thermodynamic turbine unit valve vapor