The Thermodynamics of Fluids |
Contents
FUNDAMENTALS OF thermoDYNAMICS | 1 |
GASEOUS PROCESSES 83 | 5 |
THE FIRST LAW Of thermoDYNAMICS | 17 |
Copyright | |
13 other sections not shown
Common terms and phrases
actual adiabatic analysis Answer applied Assuming becomes blade boundary Btu/lb calculate carbon combustion complete compression compressor constant pressure constant volume cycle cylinder defined degF determine diagram direction drop effect efficiency energy energy equation engine enthalpy entropy equal equation expansion expression feed FIGURE final flow fluid follows frictional ft³ fuel function gases given gives heat supplied Hence ideal increase indicated initial inlet internal internal energy irreversible isentropic isothermal lbf/in² liquid mass mean mechanical MICHIGAN mixture mole moving necessary nozzle operation output path piston pound properties quantity Question ratio reaction referred refrigerant rejected represent respectively result reversible rise saturated shows Solution specific heats speed stage steady flow steam stroke supplied T₁ T₂ temperature thermal efficiency thermodynamic throttling transfer turbine units vapour velocity vessel weight whilst