Thermodynamics and Propulsion | |

## Index**absorptance**- 19.
**absorption**- 19.
**actuator disk theory**- 11.7.3
**adiabatic***see*processes**adiabatic efficiency***see*efficiency**adiabatic flame temperature**- 15.5
**angular momentum**- 12.2
**Biot number**- 17.3
**black body**- 19.1
**boundary layer**- 17.1
**Brayton cycle**- 3.7
**Breguet Range Equation**- 13.3
**Carnot cycle**- 3.3 | 6.1
**Clausius-Clapeyron equation**- 8.4
**climbing flight****of aircraft**- 13.5
**coefficient of performance**- 3.4
**combined cycle**- 8.7
**combined first and second law**- 5.1 | 5.3
**compressor adiabatic efficiency**- 11.6.5
**conduction**- 16.2
**conductivity**- 16.2
**continuum**- 1.2.1
**control volume**- 2.5
**defined**- 2.6
**convection**- 17.
**coordinate systems**- 10.
**critical point**- 8.1
**critical radius of insulation**- 17.2
**cycle****Diesel cycle**- 3.6
**dimensional analysis****for propellers**- 11.7.4
**dissipation**- 6.5
**drag****used to predict heat transfer**- 17.1
**efficiency****emittance**- 19.2
**endurance****of aircraft**- 13.4
**energy**- 2.1
**enthalpy****defined**- 2.3.1
**enthalpy of formation**- 15.3
**entropy**- 6.8
**entropy changes**- 6.5
**equilibrium**- 1.2.4
**defined**- 1.2.4
**euler turbine equation**- 12.3
**extensive***see*properties**fin**- 18.2
**First Law of Thermodynamics****Fourier's law of heat conduction**- 16.2
**free expansion**- 4.2 | 5.5
**friction****and lost work**- 6.7
**fuel-air ratio**- 11.6.3.2 | 15.2
**Gibbs equation**- 5.1 | 5.3
**gray body**- 19.2
**h-s diagrams**- 6.4
**heat**- 1.3.1
**heat exchangers**- 18.5
**efficiency**- 18.5.3
**heat flux**- 16.2
**heat pumps**- 3.4
**heat reservoir****heat transfer coefficient**- 17.1
**hot brick problem**- 5.5
**ideal gases**- 2.4.1
**intensive***see*properties**internal combustion engine**- 3.5
**internal energy***see*energy**irreversibility**- 4.2
| 6.5
| 6.8.2
**in cycles**- 11.6.5
**isentropic efficiency***see*adiabatic efficiency**isothermal***see*processes**Isp**- 11.4
**jet engine****thrust**- 10.3
**Joule cycle***see*Brayton cycle**Kirchoff's law**- 19.2
**laminar boundary layer***see*boundary layer**lost work**- 6.5
| 6.6
**throttle**- 6.7
**maximum work****momentum****integral theorem**- 10.
**Newton's law of cooling**- 17.
**Newton's Second Law**- 10.
**nozzle****rocket**- 14.3
**Otto cycle**- 3.5
**overall efficiency***see*efficiency |*see*efficiency**path**- 1.2.5
**perfect gas**- 2.4.1
**performance****phase**- 8.1
**power coefficient**- 11.7.4.4
**power required****for aircraft**- 13.2
**Prandtl number**- 17.1
**process****defined**- 1.2.5
**processes****propellers****properties****propulsive efficiency**- 11.2
| 13.3.2
**implications for design**- 11.3
**quality**- 8.1
**quasi-equilibrium***see*processes**quasi-one-dimensional heat flow**- 16.5
**radiation**- 19.
**of a black body**- 19.1
**ramjet**- 3.7.3
**range***see*Breguet Range Equation**Rankine cycle**- 8.5
**reciprocity relation**- 19.4
**reflectance**- 19.
**reflection**- 19.
**refrigerators**- 3.4
**resistance circuits**- 16.4
**reversibility**- 1.3.3
| 4.1
| 5.2.5
| 6.1
| 6.5
| 6.8.2
**things to check for**- 4.3
**Reynolds analogy**- 17.1
**rocket****rocket equation**- 14.2
**rocket nozzle**- 14.3
**saturated liquid**- 8.1
**saturated vapor**- 8.1
**saturation state**- 8.1
**Second Law of Thermodynamics**- 5.2.4
**SFC**- 11.4
**shape factor**- 19.4
**reciprocity**- 19.4
**shear stress**- 17.1
**sign conventions****control mass form**- 2.6
**skin friction coefficient**- 17.1
**slab**- 16.3.1
**composite**- 16.4
**specific***see*properties**specific heats**- 2.4
**ideal gases**- 2.4.1
**specific impulse**- 11.4
**stagnation temperature****defined**- 2.5.3
**Stanton number**- 17.1
**state****state equation***see*ideal gases**Steady Flow Energy Equation***see*First Law of Thermodynamics**steady-state heat transfer**- 16.3
**Stefan-Boltzmann constant**- 19.1
**stoichiometric**- 15.1
**superheated****system****closed**- 1.2.2
**T-s diagrams**- 6.3
**tank filling problem**- 2.3.3 | 2.5.4.1
**temperature distribution****temperature scale**- 6.2
**theoretical air**- 15.1
**thermal conductivity**- 16.2
**thermal resistance circuits**- 16.4
**thermochemistry**- 15.
**thermocouple**- 19.3.2
**thermodynamic cycle***see*cycle**thermodynamic efficiency***see*efficiency**thermodynamic properties***see*properties**thermodynamic state***see*state**thermodynamic system***see*system**thermodynamic temperature scale***see*temperature scale**throttle**- 2.3.1 | 6.7
**thrust**- 11.6.3
**thrust coefficient**- 11.7.4.1
**torque coefficient**- 11.7.4.2
**transient heat transfer**- 18.3
**transmission**- 19.
**transmittance**- 19.
**TSFC**- 11.4
**turbine adiabatic efficiency**- 11.6.5
**turbojet****performance**- 11.6.4
**turbulent boundary layer***see*boundary layer**two-phase systems**- 8.1
**unavailable energy**- 6.6
**vapor dome**- 8.1
**slope**- 8.4
**vapor pressure curve**- 8.1
**velocity triangles**- 12.5
**view factor**- 19.4
**viscosity****work**- 1.3.3 | 1.4
**Zeroth Law of Thermodynamics**- 1.3.2 | 5.2.2
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