This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
“POSSIBILITIES IN THE FIELD OF DRY LUBRICANTS”
Annotation ability available
Sector:
Language:
English
Abstract
Research information on solid lubricants has been compiled for consideration in the possible use of such materials in aircraft electrical equipment. Solid lubricants are capable of lubricating at the maximum temperatures (600° F) for aircraft electrical equipment. Many solids that adhere well to metals may be useful lubricants; those with layer-lattice structure usually give low friction. Solid lubricants are most commonly used as bonded films but the use of fluid carriers and surface reaction products have considerable merit.
Recommended Content
Technical Paper | Bearing Materials for Earthmoving Equipment |
Technical Paper | Equipment Protection through Customized Oil Analysis |
Aerospace Standard | Plain Bearing Test Methods |
Authors
Topic
Citation
JOHNSON, R., "“POSSIBILITIES IN THE FIELD OF DRY LUBRICANTS”," SAE Technical Paper 580278, 1958, https://doi.org/10.4271/580278.Also In
References
- Johnson Robert L. Godfrey Douglas Bisson Edmond E. Friction of Solid Films on Steel at High Sliding Velocities NACA TN 1578 1948
- Godfrey Douglas Nelson Erva C. Oxidation Characteristics of Molybdenum Disulfide and Effect of Such Oxidation on its Role as a Solid Film Lubricant NACA TN 1882 1949
- Peterson Marshall B. Johnson Robert L. Friction and Wear Investigation of Molybdenum Disulfide. Part I, Effect of Moisture TN 3055 1953 Part II, Effects of Contaminants and Method of Application TN 3111 1954
- Peterson Marshall B. Johnson Robert L. Friction of Possible Solid Lubricants with Various Crystal Structures NACA TN 3334 1954
- Peterson M. B. Johnson R. L. Factors Influencing Friction and Wear with Solid Lubricants Lubrication Engineering 11 5 September 1955 325
- Peterson Marshall B. Johnson Robert L. Friction Studies of Graphite and Mixtures of Graphite with Several Metal Oxides and Salts at Temperatures to 1000° F NACA TN 3657 1956
- Peterson M. B. Johnson R. L. Solid Lubricants for Temperatures to 1000° F Lubrication Engineering 13 4 April 1957 203
- Bisson Edmond E. Johnson Robert L. Swikert Max A. Friction, Wear and Surface Damage of Metals as Affected by Solid Surface Films A Review of NACA Research. Paper 31 The Institution of Mechanical Engineers Conference on Lubrication London October 1 to 3, 1957
- Bisson Edmond E. Johnson R. L. Anderson W. J. Friction and Lubrication with Solid Lubricants at Temperature to 1000° F with Particular Reference to Graphite Paper 23 The Institution of Mechanical Engineers Conference on Lubrication London October 1 to 3, 1957
- Bowden F. P. Tabor D. The Friction and Lubrication of Solids. Clarendon Press Oxford 1950
- Bridgman P. W. Shearing Phenomena at High Pressures Particularly in Inorganic Compounds Proc. Am, Acd., Arts and Sci. 71 9 January 1937 388 460
- Lynn C. Elsey H. M. Effects of Commutator Surface Film Conditions on Commutation Trans. Amer. Instn. Elect. Engrs. 1949 68 part I 107
- Wisander D. W. Hady W. F. Johnson R. L. Friction Studies of Various Materials in Liquid Nitrogen 1957 Cryogenic Engineering Conference Boulder, Colorado August 21, 1957
- Godfrey D. Bisson E. E. Bonding of Molybdenum Disulfide to Various Materials to Form a Solid Lubricating Films: Part II Friction and Endurance Characteristics of Films Bonded by Practical Methods NACA TN 2802 1952
- Macks E. F. Nemeth Z. N. Anderson W. J. Preliminary Investigation of Molybdenum Disulfide-Air-Mist Lubrication for Roller Bearings Operating to DN Values of 1×10 6 and Ball Bearings Operating to Temperatures of 1000° F NACA RM E51G31 October 15 1951
- Carter Thomas L. Effect of Temperature on Rolling Contact Fatigue Life with Liquid and Dry Powder Lubricants Prospective NACA TN 4163 1957
- Johnson Robert L. Swikert Max A. Bisson Edmond E. Friction and Wear of Hot Pressed Bearing Materials Containing Molybdenum Disulfide NACA TN 2027 1950
- Murray S. F. Johnson Robert L. Swikert Max A. Boundary Lubrication of Steel with Fluorine and Chlorine - Substituted Methane and Ethane Gases NACA TN 3402 1955
- Rowe G. W. Vapor Lubrication and the Friction of Clean Surfaces Paper 5 The Institution of Mechanical Engineers Conference on Lubrication London October 1 to 3, 1957