Lecture 3: The Contribution of the Metallurgist to Tribology

Kragelskii I. V. Friction and wear 1965, 327 (Butterworths, London).

Hirst W. ‘Wear’, Metall. Rev. 1965 10, 145.

Robins D. A. Prytherch J. C. ‘Developments in the continuous casting of copper-tin alloys’, Paper 12, Symp. Continuous casting of ferrous and non-ferrous metals 1966 (Heywood-Temple Publications Ltd., London).

Morgan V. T. ‘The effect of porosity on some of the physical properties of powder metallurgy components’, Powder Metall. 1963 (No. 12), 72.

Rowley A. E. S. ‘Porous bronze: The effects of some powder characteristics on the pressing and sintering behaviour’, ibid. 1961 (No. 7), 204.

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Roberts D. H. Ratcliff N. A. Hughes J. E. ‘Dispersion-strengthened lead and its applications’, ibid. 1962 (No. 10), 133.

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Askwith T. C. Crouch R. F. Cameron A. ‘The relationship of a molecular chain length for lubricants and additives for optimum effect and a theory of scuffing’, Inst. Petrol. Gear Conf., Eastbourne, 1965.

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Welsh N. C. ‘Structural changes in rubbed steel surfaces’, Paper 77, Proc. Conf. Lubrication and Wear 1957, 701 (Instn Mech. Engrs, London).

Brick R. M. Phillips A. Structure and properties of alloys, 2nd ed., 321 (McGraw-Hill, New York).

Karpe S. A. ‘Turbine system bearing failures generally classified as the machining type: influence of the lubricant’, Am. Soc. Lubric. Engrs Ann. Meeting, Toronto, Canada, 2nd May 1967.

Karpe S. A. ‘Turbine system bearing failures generally classified as the machining type: influence of rotor metallurgy on susceptibility to failure’, M.E.L. Res. Dev. Rep. 140/66 March 1967.

Karpe S. A. ‘Turbine system bearing failures generally classified as the machining type: means of reducing the risk or preventing failure’, Am. Soc. Test. Mater. Ann. Meeting, Boston, Mass., 26th June 1967.

Lauder W. ‘Hydrodynamic lubrication of proximate cylindrical surfaces of large relative curvature’, Paper 8, Symp. Elastohydrodynamic lubrication, Proc. Instn Mech. Engrs 1965–66 180 (Pt 3B), 101.

Crook A. W. ‘The lubrication of rollers—II: Film thicknesses with relation to viscosity and speed’, Phil. Trans. A 1961 254, 223.

Boness R. J. ‘Isoviscous lubrication of rigid cylinders: A modification to classical theory’, J. mech. Engng Sci. 1966 8 (3), 276.

Floberg L. ‘On hydrodynamic lubrication with special reference to sub-cavity pressures and number of streamers in cavitation regions’, Acta polytech. scand. 1965 Me 19.

Smalley A. J. Lloyd T. Horsnell R. McCallion H. ‘A comparison of performance predictions or steadily loaded journal bearings’, Paper 12 Lubrication and Wear Fourth Conv., Proc. Instn mech. Engrs 1965–66 180 (Pt 3K), 133.

Bowden F. P. Research, Lond. 1950 3, 147.

Makinson K. R. Tabor D. Proc. R. Soc. A 1964 281, 49.

Savitskiy K. V. Kogan Yu. I. Physics Metals Metallogr. 1963 15, 21.

Irving R. Scarlett N. A. ‘Wear problems with grease-lubricated rolling bearings in inert atmospheres’, Paper 29, Proc. Lubrication and Wear Conv. 1963, 316 (Instn Mech. Engrs, London).

Richardson R. C. D. ‘The wear of metallic materials by soil—practical phenomena’, J. agric. Engng Res. 1967 12 (1), 22.

Archard J. F. J. appl. Phys. 1953 24, 981.

Greenwood J. A. Tripp J. H. Burndy Res. Rep. No. 21, 1965.

Bosma R. Naylor H. ‘Experimentelle Untersuchung des Umstätterschen Strukturviskositäts-Effektes im Zapfengleitlager’, Erdöl Kohle 1964 17 (Nov.), 919.

Martin F. A. ‘Minimum allowable oil film thickness in steadily loaded journal bearings’, Paper 16 Lubrication and Wear Second Conv., Proc. Instn mech. Engrs 1964 178 (Pt 3N), 161.

Richardson R. D. ‘Wear in agricultural machinery—the relevance of a study of the wear of materials against bonded abrasive’, J. Proc. Inst. agric. Engrs 1963 19 (2), 42.

Richardson R. C. D. ‘The wear of metallic materials by soil—practical phenomena’, J. agric. Engng Res. 1967 12 (1), 22; also De Ingenieur 1967 79 (25), W133.

Richardson R. C. D. ‘The wear of metals by hard abrasives’, Wear 1967 10 (4), 291.

Richardson R. C. D. ‘The maximum hardness of strained surfaces and the abrasive wear of metals and alloys’, ibid. 1967 10 (5), 353.

Richardson R. C. D. ‘The wear of metals by relatively soft abrasives’, ibid. 1968 11 (to be published).

Christopherson D. G. Naylor H. ‘Promotion of fluid lubrication in wire drawing’, Proc. Instn mech. Engrs 1955 169, 643.

Weltmann R. N. Ind. Engng Chem. analyt. 1943 15, 424.

Hahn S. J. Eyring H. Higuchi I. Ree T. N.L.G.I. Spokesman 1953, 121.

Osterle J. F. Dixon J. R. ‘Viscous lubrication in wire drawing’, A.S.L.E./A.S.M.E. Lubric. Conf. Chicago 1961, 17–19th Oct.

Tattersall G. H. Discussion of the paper by Osterle and Dixon, Trans. A.S.L.E. 1962 5, 239.

Yoshimoto G. Tsukizoe T. ‘On the mechanism of wear between unlubricated metallic surfaces’, Wear 1957–58 1, 472.

Hewitt J. Contribution to discussion on ‘The unknown factors with regard to hydrogen in steel’, Hydrogen in Steel 1962, 149 (Iron and Steel Inst, London).

Bardgett W. E. ‘Research in metallurgical industry’, N.M.L. tech. J. 1961 3 (3), 4.

Das B. N. et al‘Failure of a cold rolling mill—a case study’, N.M.L. tech. J. 1962 4 (3), 4.

Archard J. F. Kirk M. T. ‘Lubrication at point contacts’, Proc. R. Soc. A. 1961 261, 532.

Beeck O. Givens J. W. Smith A. E. ibid. 1940 177, 90.

Cameron A. Crouch R. F. Askwith C. ‘The relationship of molecular chain length of lubricants and additives for optimum effect’, Inst. Petrol. Gear Conference, 1965.

Burr A. H. Dropkin D. ‘The prediction of the journal bearing temperature by the application of heat transfer theory and data’, Am. Soc. mech. Engrs Paper 57-SA-89, 1957.

Dowson D. ‘Investigation of cavitation in lubricating films supporting small loads’, Paper 49, Proc. Conf. Lubrication and Wear 1957, 93 (Instn Mech. Engrs, London).

Welsh N. C. Private communication, 1963.

Fowle T. I. Evans E. M. ‘Wire-wool type turbine thrust-bearing failures in ships and in the laboratory’, 70th Annual Meeting A.S.T.M. Boston, 26th June 1967.