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Seal Friction Effect on Drive Axle Efficiency
Technical Paper
2005-01-3779
ISSN: 0148-7191, e-ISSN: 2688-3627
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English
Abstract
As a part of a major research program with the aim of improving heavy truck drive axle fuel efficiency, this work focuses on seal friction torque test development and establishing pinion seal and wheel seal friction torque baseline data. Pinion seal and wheel seal friction torque was measured. The effect of speed and temperature on pinion seal friction torque was assessed. The effect of several coatings on pinion seal friction torque was evaluated. Pinion seal friction torque was also calculated and calculation result was compared with test data. Finally the impact of seal friction and bearing friction on total drive axle power loss was discussed.
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Citation
Lin, H., Burke, D., Binoniemi, R., Wenstrup, L. et al., "Seal Friction Effect on Drive Axle Efficiency," SAE Technical Paper 2005-01-3779, 2005, https://doi.org/10.4271/2005-01-3779.Also In
References
- Rusch K. C. Sanderson R. W. 1971 Frictional Loss of Dual-Material Lip-Type Shaft Seals 26 th ASLE Annual Meeting May 3-6 1971
- Hirabaysshi H. Yukimasa T. Seya S. Ohtaki M. Matsushima A. 1982 An Influence of Reciprocating Motion of Rotary Shaft on Sealing Characteristics of Oil seals for Automotive Transmission SAE paper 820144
- Yukimasa T. Kawahara Y. Ohtaki M. Hirabayashi H. Lida S. Yamamoto Y. 1982 Development of Low Friction Oil Seals for Automotives SAE paper 820142
- Gawlinski M. Gerd Upper 1989 A Contribution to the Determination of Friction Losses of Radial Shaft Seals SAE paper 890664
- Murden B. L. Smith S. N. 1991 Operation of Radial Lip Seals on Roller-Burnished and Other Shaft Surface Finishes SAE paper 910529
- Yasui H. Tomiyama T. Fujie K. Tamura T. 1998 Influence of Sludge on Sealing Performance SAE paper 980849
- Johnson D. E. Vogt R. 1995 Rotary shaft seal friction, the influence of design, materials, oil and shaft surface SAE 950764
- Vogt R. Johnson D. E. 1998 The sealing performance of elastomer rotary lip seals on Turned Shaft SAE paper 980584
- Salant R. F. 1997 Modeling of Rotary Lip Seals Wear 207 92 99
- Salant R. F. 1999 Theory of Lubrication of elastomeric rotary shaft seals Proc Instn. Mech. Engrs. 213 189 201
- Salant R.F. 1992 Numerical analysis of the flow field within lip seals containing microundulations Trans ASME, J. Tribology 114 485 492
- Salant R.F. 1996 Elastohydrodynamic Model of the rotary lip seal Trans. ASME, J. Tribology 118 292 316
- Shi F. Salant R.F. 2000 A Mixted soft EHL model with interaperity cavitation and surface shear deformation Trans. ASME, J. Tribology 122 308 316
- Shuster M. Seasons R. Burke D. 1999 Laboratory simulation to select oil seal and surface treatment Wear 954 961
- Porrett D.C. Miles S.D. Werderits E.F. Powell D.L. Development of a Laboratory Axle Efficiency Test SAE Paper 800804
- O'Connor B.M. Schiemann L.F. Johnson R.L. SAE Paper 821181
- Hobson D.E. Axle Efficiency - Test Procedures and Results SAE Paper 790744
- Matsuyama H. Dodoro H. Ogino K. Ohshima H. Toda K. Development of Super-Low Friction Torque Tapered Roller Bearing for Improved Fuel Efficiency SAE Paper 2004-01-2674