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Bearings for tough jobs
VOL. 1 (1957/58)
SYSTEMATIC
257
ABSTRACTS
La r&duction du coefficient de frottement par utilisation du bisulfure de molybd&ne. Reducing the Friction Coefficient by Using Molybdenum Disuifide. Pierre Be&&e. Metaux. Corrosion-Industries. v. 32, Apr. 1957, p. 149-161. A study of the possible industrial applications of MO%, as a-lubricant. Effects bi speeds, pressure, air, vacuum, and surface phosphatizing treatment.
Selection of a Lubricant for Cold Drawing. X. Coarse Steel Wire. Bruce W. Siemon. XX. Fine Steel Wire. W. B. Bauzenberger. Iron and Steel Engi+teer, v. 33, Nov. 1956, p, 105-108. Applications of various types of lubricants. Speed and severity of drawing, material, and desired product finish are factors influencing selection.
Antiwear Requirements for Navy Turbine oils. H. F. King and J. R. Belt. Bureau of Ships Journal, v. 6, July EQ57, p. 6-14.
Anti-Seizing Lubrication for Drawing Steel Items. (in Russian) S. A. Valiev. Yes&&k ~~ash~nost~oe~~~a, v. 37, June 1957. P. 38-39. Requirements and description of a new lubricant based on Fe(OH),.
Schmiereigenschaften und technische Anwendung von Graphit und MolybdPndisulfid. Lubricating Properties and Applications of Graphite and Molybdenum Disulfide. Franz Lihl. Bergund Hiitfenm&anische ~o~atshefte der Mo~ta~ist~schen Hochschule in Leoben, v. IOZ, May 1957,p. r4g-154. Favorable characteristics of graphite and MoS, to produce high quality lubricants. Structure and behavior of these lubricants under various working conditions. 2.3. Processing Lubricants Effect of Surface-Active Lubricants Upon Drawing of Metal Wire. V. D. Chistota, S. Ya Veiler, V.I. Likhtman, and P. A. Rebinder. He~y Brutcher Translation No. 3872, 6 p. (From ~oklady A kade~~~ Nauk SSSR, v. IIO, no. 4, 1956, p. 562-565.) Henry Brutcher, Altadena, Calif. Correlation between number of carbon atoms in the structural chain of lubricants, die pull, and temperature effect (20 to 60%).
2,4.
Bearings
Bearings for Tough Jobs. Steel, v. 140, Apr. 8, 1957, p. 114 + 3 pages. Data on bearing materiafs for difficult environments, high temperature;, and nuclear reactors. Load Capacity and Dry Friction Tests of a Water-L;bri&ed Thr&t Bearing. Stanley Abramovitz. Franklin Institute Laborato&s for Research and Development, Final Report No. AECU-3150, Feb. 19, 1954 to Aug. 31, rg54,21 pp. (UF767 U3au Contin.) Load capacity tests indicated ability to maintain full fluid film under IOO psi, unit load when proper shoe-face curvature was imposed. Dry friction tests resulted in no harmful bearing surface effects during g-min. period.
Additives in Steel Mill Lubricants. M. S. Clark. Iron and Steel Engineer, v. 33, Oct. 1956, p. 87-93. Additives can improve many of the lubricants’ properties and also g&e much longer life to the lubricant. Many factors must be considered, and the use -of additive concentrates should always be under laboratory control.
Lubrication of Bearinns. F. T. Barwell. 2gz pp. 1956. Butterworths Sc.ientific Publications, London. (Tlro75 B&L}. Principles underlying bearing behavior; fundamentals of friction and wear in relation to selection of lubricants and bearing materials; procedure for bearing design.
Temperaturmessungen beim Ziehen von Stahldraht. II. Temperature Measurements in the Drawing of Steel Wire. Werner Leug and Karl-Heinz Treptow. Stahl und Eisen, < 77. June 27, 1957, p: 859-867. Effect of lubricants, wire composition, and processing variables on temperature.
Grease Lubrication of Rolling Bearings. J. H. Harris. Metalworking Production, v. IOI, July5, 1957. p. 1157-1161. New development based on Li I2-hydroxystearate. Advantages are outstanding mechanical stability, wide temperature range long shelf-life and resistance to drying-out and hardening in service.
Choose With Care Your Press Drawing Lubricants. Leon Salz. Tooling and Production. v. 23, July 1957, P. 87-91. _ The need for careful press drawing lubricant selection is emphasized.
On the Theory of Lubrication in Journal Bearings. Toshio Nishihara and Yutaka Sugimoto. Kyoto University, Engineering Research Instit&e Technical Reports, v. 6, no. sz Aug. 1956. P. 75-97.
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.I
SYSTEMATIC
257
ABSTRACTS
La r&duction du coefficient de frottement par utilisation du bisulfure de molybd&ne. Reducing the Friction Coefficient by Using Molybdenum Disuifide. Pierre Be&&e. Metaux. Corrosion-Industries. v. 32, Apr. 1957, p. 149-161. A study of the possible industrial applications of MO%, as a-lubricant. Effects bi speeds, pressure, air, vacuum, and surface phosphatizing treatment.
Selection of a Lubricant for Cold Drawing. X. Coarse Steel Wire. Bruce W. Siemon. XX. Fine Steel Wire. W. B. Bauzenberger. Iron and Steel Engi+teer, v. 33, Nov. 1956, p, 105-108. Applications of various types of lubricants. Speed and severity of drawing, material, and desired product finish are factors influencing selection.
Antiwear Requirements for Navy Turbine oils. H. F. King and J. R. Belt. Bureau of Ships Journal, v. 6, July EQ57, p. 6-14.
Anti-Seizing Lubrication for Drawing Steel Items. (in Russian) S. A. Valiev. Yes&&k ~~ash~nost~oe~~~a, v. 37, June 1957. P. 38-39. Requirements and description of a new lubricant based on Fe(OH),.
Schmiereigenschaften und technische Anwendung von Graphit und MolybdPndisulfid. Lubricating Properties and Applications of Graphite and Molybdenum Disulfide. Franz Lihl. Bergund Hiitfenm&anische ~o~atshefte der Mo~ta~ist~schen Hochschule in Leoben, v. IOZ, May 1957,p. r4g-154. Favorable characteristics of graphite and MoS, to produce high quality lubricants. Structure and behavior of these lubricants under various working conditions. 2.3. Processing Lubricants Effect of Surface-Active Lubricants Upon Drawing of Metal Wire. V. D. Chistota, S. Ya Veiler, V.I. Likhtman, and P. A. Rebinder. He~y Brutcher Translation No. 3872, 6 p. (From ~oklady A kade~~~ Nauk SSSR, v. IIO, no. 4, 1956, p. 562-565.) Henry Brutcher, Altadena, Calif. Correlation between number of carbon atoms in the structural chain of lubricants, die pull, and temperature effect (20 to 60%).
2,4.
Bearings
Bearings for Tough Jobs. Steel, v. 140, Apr. 8, 1957, p. 114 + 3 pages. Data on bearing materiafs for difficult environments, high temperature;, and nuclear reactors. Load Capacity and Dry Friction Tests of a Water-L;bri&ed Thr&t Bearing. Stanley Abramovitz. Franklin Institute Laborato&s for Research and Development, Final Report No. AECU-3150, Feb. 19, 1954 to Aug. 31, rg54,21 pp. (UF767 U3au Contin.) Load capacity tests indicated ability to maintain full fluid film under IOO psi, unit load when proper shoe-face curvature was imposed. Dry friction tests resulted in no harmful bearing surface effects during g-min. period.
Additives in Steel Mill Lubricants. M. S. Clark. Iron and Steel Engineer, v. 33, Oct. 1956, p. 87-93. Additives can improve many of the lubricants’ properties and also g&e much longer life to the lubricant. Many factors must be considered, and the use -of additive concentrates should always be under laboratory control.
Lubrication of Bearinns. F. T. Barwell. 2gz pp. 1956. Butterworths Sc.ientific Publications, London. (Tlro75 B&L}. Principles underlying bearing behavior; fundamentals of friction and wear in relation to selection of lubricants and bearing materials; procedure for bearing design.
Temperaturmessungen beim Ziehen von Stahldraht. II. Temperature Measurements in the Drawing of Steel Wire. Werner Leug and Karl-Heinz Treptow. Stahl und Eisen, < 77. June 27, 1957, p: 859-867. Effect of lubricants, wire composition, and processing variables on temperature.
Grease Lubrication of Rolling Bearings. J. H. Harris. Metalworking Production, v. IOI, July5, 1957. p. 1157-1161. New development based on Li I2-hydroxystearate. Advantages are outstanding mechanical stability, wide temperature range long shelf-life and resistance to drying-out and hardening in service.
Choose With Care Your Press Drawing Lubricants. Leon Salz. Tooling and Production. v. 23, July 1957, P. 87-91. _ The need for careful press drawing lubricant selection is emphasized.
On the Theory of Lubrication in Journal Bearings. Toshio Nishihara and Yutaka Sugimoto. Kyoto University, Engineering Research Instit&e Technical Reports, v. 6, no. sz Aug. 1956. P. 75-97.
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