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New Frontiers in Gas Bearings
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English
Abstract
This paper presents reasons for the growth in gas bearing applications, using as an example a commonly used journal bearing to show the influence of several parameters on performance. Among these parameters are dimensionless force, attitude angle, friction force, and flow. Self-acting, externally pressurized, and hybrid bearings are compared. Bearing instabilities and dynamic forces are discussed and examples of present and future gas bearing applications are presented.
Authors
Citation
Sternlicht, B., "New Frontiers in Gas Bearings," SAE Technical Paper 640409, 1964, https://doi.org/10.4271/640409.Also In
References
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- Raimondi, A. A. “A Numerical Solution for the Gas Lubricated Full Journal Bearing of Finite Length,” ASLE paper Oct. 20 1960
- Sternlicht B. Winn, L. W. “On the Load Capacity and Stability of Rotors in Self-Acting Gas Rubricated Plain Cylindrical Journal Bearings.” ASME Paper No. 62-Lubs-8
- Sternlicht B. Winn, L. W. “Geometry Effects on the Threshold of Half Frequency Whirl in Self-Acting Gas Lubricated Journal Bearings.” ASME Paper No. 63-Lubs-2
- Sternlicht, B. “On Stability of Rotors Supported by Gas Bearings.” ORNL Symposium on Rotating Machinery for Gas Cooled Reactors April 1962
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- Winn L. W. Sternlicht, B. “The Load Carrying Capacity and Stability of Hybrid Gas Bearings.” March 11 1962
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