This paper presents a theoretical and experimental assessment of the eight coefficients which describe the stiffness and damping properties of journal bearing oil films, together with their subsequent use in predicting the performance of a real rotor. The performance is checked experimentally.
Get full access to this article
View all access options for this article.
References
1.
MitchellJ. R.HolmesR.Van BallegooyenH. ‘Experimental determination of a bearing oil-film stiffness’, Lubric. and Wear Fourth Conv., Proc. Instn mech. Engrs1965–66180 (Pt 3K), 90.
2.
LloydT.McCallionH. ‘Recent developments in fluid film lubrication theory’, Conf. Lubric. and Wear: Fundamentals and Application to Design, Proc. Instn mech. Engrs1967–68182 (Pt 3A), 36.
3.
HolmesR. ‘The vibration of a rigid shaft in short sleeve bearings’, J. mech. Engng Sci.19602 (No. 4), 337.
4.
GlienickeJ. ‘Experimental investigation of the stiffness and damping coefficients of turbine bearings …’, Symp. Journal Bearings for Reciprocating and Turbo Machinery, Proc. Instn mech. Engrs1966–67181 (Pt 3B), 116.
5.
MortonP. G. ‘Influence of coupled asymmetric bearings on the motion of a massive flexible rotor’, Proc. Instn. mech. Engrs1967–68182 (Pt 1), 255.
6.
HolmesR.ParkinsD. W. ‘Assessing unbalance effects in a small turbo-rotor’, A. S. M. E. Paper No. 69-DE-9.
7.
PopeA. W.HealyS. P. ‘Anti-vibration journal bearings’, Symp. Journal Bearings for Reciprocating and Turbo Machinery, Proc. Instn mech. Engrs1966–67181 (Pt 3B), 98.