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Original Articles

Advanced Multi-Squeeze Film Dampers for Rotor Vibration Control

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Pages 489-496 | Published online: 25 Mar 2008

REFERENCES

  • Lund , J W. et al. “Squeeze Film Damper Technology: Part I—Prediction of Finite Length Damper Performance,” ASME 1983 Gas Turbine Conf. Preprint 83-GT-247.
  • Tichy , J A. , “ The Effect of Fluid Inertia in Sequence Film Bearings: A Heuristic and Physical Description ,” ASME 1983 Gas Turbine Conf. Preprint 83-GT-177.
  • San Andres , L. and Vance , J. , “ Effects of Fluid Inertia and Turbulence on the Force Coefficients for Squeeze Film Dampers ,” Jour, of Eng. Gas Turbines Power, ASME Trans. , 108 , 2 , pp 332 – 339 ( 1985 ).
  • Tecza , J A. et al. “ Squeeze Film Dampers Technology: Part 2—Experimental Verification Using a Controlled-Orbit Test Rig ,” ASME 1983 Gas Turbine Conf. Preprint 83-GT-248.
  • Tichy , J A. , “ Measurements of Squeeze Film Bearing Forces and Pressures, Including Effects of Fluid Inertia ,” ASLE Trans. , 28 , 4 , pp 520 – 526 ( 1984 ).
  • Bhat , S T. , Buono , D F. and Hibner , D H. , “ Analysis of High Load Dampers ,” NASA, Cleveland, NASA CR 165503 ( 1981 ).
  • Tecza , J A. , Zorzi , E S. and Parker , W H. , “ Squeeze Film Damper Technology Program First Interim Report: Damper Component Analysis and Integration with Rotordynamics Program ,” U.S. Air Force, Dayton , AFWAL-TR-82-2112 ( 1982 ).
  • Walton , J. , Walowit , J A. , Zorzi , E S. and Schrand , J. , “ Experimental Observations of Cavitating Squeeze Film Dampers ,” Jour of Trib., ASME Trans. , 109 , 2 , pp 290 – 295 ( 1987 ).
  • Pinkus , O. and Bupara , S S. , “ Adiabatic Solutions for Finite Journal Bearings ,” Jour. of Lubr. Tech., ASME Trans. , 101 , 4 , pp 492 – 496 ( 1980 ).
  • Walton , J. , Pinkus , O. , Walowit , J. , Tecza , J. and Lee , C. , “ Squeeze Film Damper Technology: Part II—Extension of Analysis and Parametric Study ,” U.S. Air Force, Dayton , AFWAL-TR-82-2112 , ( 1986 ).
  • Heshmat , H. and Bhushan , B. , “ Reliability Improvement Study for Compliant Foil Air Bearing in Chrysler Upgraded Automotive Gas Turbine Engine ,” Mechanical Technology Incorporated, Latham , MTI-79TR73 ( 1979 ).

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