b. Pressure drop

c. Efficiency

21. Horsepower curves
Bibliography
ASME， Performance Test code on Overall PlantPerformance， ASME PTc 46 1996.
ASME， Performance Test code on Test Uncertainty: Instruments and Appara-tus PTc19.1， 1988.
ASME， Performance Test code on GasTurbines， ASME PTc 221997， Amer-ican Society of Mechanical Engineers 1997.
ASME， Performance Test code on Gas Turbine Heat Recovery Steam Gen-erators， ASME PTc 4.41981， American Society of Mechanical Engineers Reaffirmed 1992.
ASME， Performance Test code on SteamTurbines， ASME PTc 6 1996.
ASME， Performance Test code on Steam condensingApparatus， ASME PTc
12.21983， American Society of Mechanical Engineers 1983.ASME， Performance Test code onAtmospheric認(rèn)ater cooling Equipment
PTc23， 1997.
ASME Gas Turbine Fuels B 133.7M Published: 1985 (Reaffirmed year: 1992).
ISO， Natural Gas-calculation of calorificValue， Density and Relative Density
International Organization for Standardization ISO 6976-1983(E). Table of Physical constants of Paraffin Hydrocarbons and Other components of Natural Gas-Gas Producers Association Standard 2145-94.
Mechanical Specifications
ANSIjAPI Std 610 centrifugal Pumps forPetroleum， Heavy Duty chemical andGas IndustryServices， 8thEdition， August 1995.
ANSIjAPI Std 670Vibration，Axial-Position， and Bearing-TemperatureMonitoringSystems， 3rdEdition， November 1993.
API Std611， General Purpose Steam Turbines forPetroleum，chemical， andGas IndustryServices， 4thEdition， June 1997.
API Std 613 Special Purpose Gear Units forPetroleum，chemical， and GasIndustryServices， 4thEdition， June 1995.
API Std 614， Lubrication， Shaft-Sealing， and control-Oil Systems and Auxiliariesfor Petroleum， chemical， and Gas Industry Services， 4th Edition， April 1999.
API Std616， Gas Turbines for thePetroleum，chemical， and Gas IndustryServices， 4thEdition， August 1998.
API Std617， centrifugal compressors forPetroleum，chemical， and Gas Indus-tryServices， 6thEdition， February 1995.
API Std618， Reciprocating compressors forPetroleum，chemical， and GasIndustryServices， 4thEdition， June 1995.
API Std619， Rotary-Type Positive Displacement compressors forPetroleum，chemical， and Gas IndustryServices， 3rdEdition， June 1997.
API Publication534， Heat Recovery SteamGenerators， 1stEdition， January 1995.
API RP556， Fired Heaters & SteamGenerators， 1stEdition， May 1997.
API Std671， Special Purpose couplings for Petroleumchemical， and GasIndustryServices， 3rdEdition， October 1998.
API Std672，Packaged， Integrally Geared centrifugal Air compressors forPetroleum，chemical， and Gas IndustryServices， 3rdEdition， September 1996.
API Std677， General-Purpose Gear Units forPetroleum，chemical， and GasIndustryServices， 2ndEdition， July1997， Reaffirmed March 2000.
API Std681， Liquid Ring Vacuum Pumps andcompressors， 1stEdition， February 1996.
ASME Basic Gas Turbines B 133.2 Published: 1977 (Reaffirmed year: 1997).
ASME Gas Turbine control and Protection Systems B133.4 Published: 1978 (Reaffirmed year: 1997).
ASME Gas Turbine Installation Sound Emissions B133.8 Published: 1977 (Reaffirmed: 1989).
ASME Measurement of Exhaust Emissions from Stationary Gas Turbine Engines B133.9 Published: 1994.
ASME Procurement Standard for Gas Turbine Electrical Equipment B133.5 Published: 1978 (Reaffirmed year: 1997).
ASME Procurement Standard for Gas Turbine Auxiliary Equipment B133.3 Published: 1981 (Reaffirmed year: 1994).
ISO 10436:1993 Petroleum and Natural Gas Industries-General purpose SteamTurbine for RefineryService， 1st Edition.
5

Rotor Dynamics

The present trend in rotating equipment is toward increasing designspeeds， which increases operational problems from vibration; hence the importance of vibration analysis. A thorough appreciation of vibration analysis will aid in the diagnoses of rotor dynamics problems.
　
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