## Graduate school lecture notes |

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### Contents

Gas Turbine Power Plant | 6 |

Derivation of Ideal Gas Equations | |

A Table of Thermodynamic Properties of | |

3 other sections not shown

### Common terms and phrases

acceleration ACCESSORIES AND CONTROLS adiabatic air flow air tables angular momentum automotive gas turbine axial basic Brayton cycle Btu per lb burner calculated centrifugal centrifugal compressor Chrysler component compression curve cycle efficiency CYCLE VARIATIONS design point diagram diffuser effect enthalpy entropy equation exhaust F abs Figure fluid fuel consumption fuel flow gas turbine engine gas turbine power Graduate School Lecture heat added heat exchanger heat rejected heat transfer high pressure high speed ideal impeller increase input isentropic kinetic energy leakage Lecture Notes SUBJECT load maximum cycle temperature maximum speed mechanical nozzle Nusselt operating orifice Otto cycle performance power turbine pressure losses pressure ratio problem pump radial reciprocating engine reduce regenerative cycle relative pressure ROTATING GAS COMPRESSORS rotor School Lecture Notes shaft specific fuel consumption specific heat stage turbine Static stator throttle torque turbine inlet temperature TURBINE POWER PLANT turbine wheel velocity