Centrifugal Inertia Effects of the Fluid Flow between Stepped Spherical Surfaces

Liu Zhen-bei

Article Contents

Article Navigation > Applied Mathematics and Mechanics > 1994 > 15(2): 167-177

Liu Zhen-bei. Centrifugal Inertia Effects of the Fluid Flow between Stepped Spherical Surfaces[J]. Applied Mathematics and Mechanics, 1994, 15(2): 167-177.

Citation:

Liu Zhen-bei. Centrifugal Inertia Effects of the Fluid Flow between Stepped Spherical Surfaces[J]. Applied Mathematics and Mechanics, 1994, 15(2): 167-177.

Citation:

Liu Zhen-bei. Centrifugal Inertia Effects of the Fluid Flow between Stepped Spherical Surfaces[J]. Applied Mathematics and Mechanics, 1994, 15(2): 167-177.

PDF( 598 KB)

Centrifugal Inertia Effects of the Fluid Flow between Stepped Spherical Surfaces

Liu Zhen-bei

Harbin lnstitute of Technologg, Harbin

Received Date: 1990-08-26
Publish Date: 1994-02-15

Abstract

Abstract

This paper generalizes and applies method of the Sommerfeld transformation,therefore,the analytical solutions of the fluid flow between stepped spherical surfacesare derived when the centrifugal inertial effects are taken into consideration. It presents a theoretical basis for exact design of the spherical hydrostatic thrust bearing.
- inertial,
- centnfugalization,
- Reynolds number,
- pressure drop

FullText(HTML)

References(7)

References

[1]	Rippel, Harry C.,Cast Bronze Hydrostatic Bearing Design Manual, Second Edition, Published by Cast Bronze Institute, INC(1975),51-55.
[2]	王致清、沙宝森、静压支承摩擦副的一种最优化设计法,液压工业,(1) (1983), 15-20.
[3]	王致清、刘震北,球面间流体流动考虑流动惯性的近似解,应用数学和力学.5(2)(1984),263-275.
[4]	Dowson, D, and C.M.Taylor, Fluid-inertia effects in spherical hydrostatic thrust bearings, ASLE Trans.,10(1976),316-324.
[5]	Dowson,D,Inertia effects in hydrostatic thrust bearings, Trons.ASME,J.Basic Eng,83( 6)(1961),227-234.
[6]	赵学端、廖其奠,《粘性流体力学》.机械工业出版社(1983), 103.
[7]	(英)Cameron, A 《润滑理沦基础》,机械工业出版社(1980), 93-95.