李宝彦,李云鹏,张建中

• 1:大庆石油学院机械系

• 2:大庆石油学院机械系

• 3:大庆石油学院机械系

摘要(Abstract)：

叙述国内外多年来在机械密封研究中的端面流体膜压和膜厚的测量方法和结果。说明各种方法的优缺点和所适用的条件,提出应用电容法对机械密封端面流休膜厚测量时提高精度的改进措施。

关键词(KeyWords)：机械密封;膜压;膜厚;电容法测量

Abstract:

Keywords:

基金项目(Foundation):

作者(Author):李宝彦,李云鹏,张建中

Email:

参考文献(References)：

• [1] E. Maycr. Lcakage and wear in mechanical scals. Machine design, Mar. 3, pp. 106～113, (1960)

• [2] G. F. Bremner. Experimental study of balance conditions, leakage rates and pressure. profile for stationary radial-face seals. Proc. 2nd ICFS, Paper F2, (1964)

• [3] V. A. Zkeev, I. S. Ushakov. Experimental study of leakage, pressure distribution and equilibrium conditions in plane annular films of 1 to 15 um thickness. Proc. 5th ICFS, Paper H3, (1971)

• [4] I. J. Billington. Experimental assessment of validity of pressure measurements in the fluid film between seal faces. Proc. 2nd ICFS. Paper F3, (1964)

• [5] B. A. Batch and E. H. Iny. Pressure generation in radial-face seals. Proc. 2nd ICFS, Paper F4, (1964)

• [6] B. A. 3Идеев.(V. A. Zikeev). Proc. 7th Inter. Meeting and 1th Inter. Exhibition on Sealing Technology, (1982)

• [7] J. Carl. Jr. Bliem. Development of pressure measurement system for experimental mechanical face seal facility. AD-A010529 (1973)

• [8] Development of mechanical face seal research facility. AD-A010530 (1974)

• [9] G. M. Kiber. An experimental investigation of a radial-face seal. AD-A010531, (1975)

• [10] 范以民、顾永泉.机械密封膜厚、膜压分布测量及密封机理研究.华东石油学院.1985

• [11] D. F. Denny. Some Measurements of fluid Pressure between plane parallel thrust surfaces with special reference to radial-face seals. Wear, 4, pp. 64～84 (1961)

• [12] J. Lohou, M. Godet. Augular Misalignments and Squeez-Film Effects in Radial Face seals. Proc 6th ICFS, Paper D_2 to D_15, (1973)

• [13] T. G. Doust, A. Parmmar. An Experimental and Theoretical Study of Pressure and Thermal Distortions in a Mechanical Seal. ASLE Trans., Vol. 29, 2, pp. 151--159 (1986)

• [14] Takaoishii, Shintaro Miyagawa, Isamu Taguma. Research and Development on the Hydrodynamic Pressure Generation Between Contacting Flat Surfaces. ASLE Trans., Vol. 29, 3, pp. 339--346, (1986)

• [15] S. I. El-sisi, G. S. A. Shawki. Measurements of oil-film Thickness Between Dises by Electrical Conductivity. Trans. ASME, pp. 12--17, Mar. (1960)

• [16] P. E. Winney. The Thickness Measurement of Thin Fluid Films by a Magnetic Reluctance Technique. J. of Scientific Instruments (J. of physics E), Series2, Vol. 1, pp. 767--769, (1968)

• [17] B. N. Banerjec, R. A. Burton. Experimental Studies on Thermoelastic Effects in Hydrodynamically Lubricated Face Seals. Trans. ASME J. of Lub. Tech. July 1979, Vol. 101, pp. 275--282

• [18] J. Sehnal. Performance of the Coned-Face End Seal With Regard toEnergy Conservation. ASLE Trans., VOL. 26, 4, pp. 415--429 (1983)

• [19] I. Etsion, I. Constantinescu. Experimental Observation of the Dynamic Behavior of Noncontacting Coned-Face Mechanical Seals. ASLE Trans., Vol. 27, 3, pp. 263--270 (1984)

• [20] I. O. MacConochie, A. Cameron. The Measurement of Oil-Film Thickness in Gear Teech. ASME Journal of Basic Engineering, pp. 29--34, Mar. 1960

• [21] S. Taniguchi, C. Ettles. A Thermoelastic Analysis of the Parallel Surface Thrust Washer. ASLE Trans., Vol. 18, 4, pp. 299--305 (1975)

• [22] T. A. Dow, R. D. Stockwell. Experimental Verification of Thermoelastic Instabilitics in Sliding Contact. ASME Journal of Lubrication Technology, pp. 359--364, July (1977)