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Original Articles

The Eigenvalue Dependence of Reduced Tilting Pad Bearing Stiffness and Damping Coefficients

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Pages 411-419 | Published online: 25 Mar 2008

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Read on this site (2)

KarlD. Wygant, LloydE. Barrett & RonaldD. Flack. (1999) Influence of Pad Pivot Friction on Tilting-Pad Journal Bearing Measurements—Part II: Dynamic Coefficients©. Tribology Transactions 42:1, pages 250-256.
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TheodoreS. Brockett & LloydE. Barrett. (1993) Exact Dynamic Reduction of Tilting-Pad Bearing Models for Stability Analyses. Tribology Transactions 36:4, pages 581-588.
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Articles from other publishers (13)

Dongjiang Han, Chunxiao Bi, Ce Chen & Jinfu Yang. (2022) Dynamic Coefficients of Tilting Pad Bearing by Perturbing the Turbulence Model. Applied Sciences 12:13, pages 6348.
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Laurence F. Wagner & Paul E. Allaire. (2022) Tilting-Pad Journal Bearings—Frequency-Dependent Dynamic Coefficients and Pivot Flexibility Effects. Lubricants 10:2, pages 20.
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André Rodrigues Garcia da Silveira & Gregory Bregion Daniel. (2020) Piezoelectric harvester for smart tilting pad journal bearings. Energy Conversion and Management 205, pages 112338.
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Timothy Dimond, Amir A. Younan, Paul Allaire & John Nicholas. (2013) Modal Frequency Response of a Four-Pad Tilting Pad Bearing With Spherical Pivots, Finite Pivot Stiffness, and Different Pad Preloads. Journal of Vibration and Acoustics 135:4.
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Jason C. Wilkes & Dara W. Childs. (2012) Tilting Pad Journal Bearings—A Discussion on Stability Calculation, Frequency Dependence, and Pad and Pivot. Journal of Engineering for Gas Turbines and Power 134:12.
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Timothy W. Dimond, Amir A. Younan & Paul Allaire. (2012) The Effect of Tilting Pad Journal Bearing Dynamic Models on the Linear Stability Analysis of an 8-Stage Compressor. Journal of Engineering for Gas Turbines and Power 134:5.
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Adolfo Delgado, Giuseppe Vannini, Bugra Ertas, Michael Drexel & Lorenzo Naldi. (2011) Identification and Prediction of Force Coefficients in a Five-Pad and Four-Pad Tilting Pad Bearing for Load-on-Pad and Load-Between-Pad Configurations. Journal of Engineering for Gas Turbines and Power 133:9.
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Timothy W. Dimond, Amir A. Younan & Paul Allaire. (2010) Comparison of Tilting-Pad Journal Bearing Dynamic Full Coefficient and Reduced Order Models Using Modal Analysis (GT2009-60269). Journal of Vibration and Acoustics 132:5.
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Adnan M. Al-Ghasem & Dara W. Childs. (2006) Rotordynamic Coefficients Measurements Versus Predictions for a High-Speed Flexure-Pivot Tilting-Pad Bearing (Load-Between-Pad Configuration). Journal of Engineering for Gas Turbines and Power 128:4, pages 896-906.
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Luis E. Rodriguez & Dara W. Childs. (2006) Frequency Dependency of Measured and Predicted Rotordynamic Coefficients for a Load-On-Pad Flexible-Pivot Tilting-Pad Bearing. Journal of Tribology 128:2, pages 388-395.
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John C. Nicholas. (2003) Lund’s Tilting Pad Journal Bearing Pad Assembly Method. Journal of Vibration and Acoustics 125:4, pages 448-454.
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Luis San Andres. (1996) Turbulent Flow, Flexure-Pivot Hybrid Bearings for Cryogenic Applications. Journal of Tribology 118:1, pages 190-200.
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V.N. Belonenko. (1991) Role of bulk viscosity and acoustic parameters in tribological problems. Ultrasonics 29:2, pages 101-118.
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