Paper 11: Chemical Methods of Improving Rail Adhesion

Carter F. W. ‘On the action of a locomotive driving wheel’, Proc. roy. Soc. A 1926, 112, 151.

Poritsky H. ‘Stresses and deflections of cylindrical bodies in contact with application to contact of gears and of locomotive wheels’, J. appl. Mech., Trans. Amer. Soc. mech. Engrs 1950 72, 191.

Hertz H. Gesammelte Wirke (Vol. 1) 1895, 155 (Leipzig).

Andrews H. I. ‘The contact between a locomotive driving wheel and the rail’, Wear 1959 2, 468.

Bowden F. P. Tabor D. The friction and lubrication of solids 2nd impression 1954 (Clarendon Press, Oxford).

Andrews H. I. ‘The adhesion of electric locomotives’, Proc. Instn elect. Engrs 1955 102 (Part A), 785.

‘Electric train wheel adhesion studied at Willesden’, Engineering, Lond. 1959 187, 218. and ‘B.T.C. electrical testing laboratory at Willesden’, Rly Gaz., Lond. 1959 110, 74.

Andrews H. I. ‘The “secondary conditioning” effect of surfaces as observed on steel rails’, Wear 1963 6, 262.

Schnurmann R. ‘The angle of repose of snow on solids’ Nature, Lond. 1940 145, 553.

Schnurmann R. ‘Amontons' law, “traces” of frictional contact, and experiments on adhesion’, J. appl. Phys. 1942 13, 235.

Schnurmann R. ‘Friction and wear’, Wear 1962 5, 31.

Nouvion M. Bernard M. ‘Connaissances nouvelles sur l'adhérence des locomotives électriques’, Rev. gén. Chem.-de-Fer. 1961 80, 133. and ‘New information concerning the adhesion of electrical locomotives’, Bull. int. Rly Congr. (Ass.), Electric traction on the railways 1961 12, 407, 484.