416
Analyse et technologie des surfaces
24.7.4 Un malaxeur doit mélanger des sables fortement chargés en silice. Quelle
dureté minimale doit posséder le matériau constituant les rotors hélicoïdaux pour
limiter l’abrasion? (dureté de la silice: ∼ 850 H V .)
24.8 BIBLIOGRAPHIE
[24.1] F.P. BOWDEN et D. TABOR, The Friction and Lubrication of Solids, Clarendon Press, Oxford,
1964.
[24.2] J.G.A. BITTER, A study of erosion phenomena, Wear 6, 1963.
[24.3] I.M. HUTCHINGS, Tribology, Edward Arnold, Londres, 1992.
[24.4] J.T. BURWELL et C.D. STRANG, J. of Applied Physics, vol. 13, n˚1, pp. 18-27, janv. 1952.
[24.5] E. RABINOVICZ, J. Inst. Mét., 95 pp. 321-326, 1967.
[24.6] J.F. ARCHARD, J. Appl. Physics, 23, pp. 18-28, 1962.
[24.7] J. AYEL, Revue I.F.P., vol. XXXI n˚3, mai-juin 1974.
[24.8] T.S. EYRE, Treat. on Mat. Sc. and Techn., pp. 363-442, 1979.
[24.9] E. RABINOWICZ, Friction and Wear of Materials, Wiley, N-Y, 1965.
[24.10] K.H. ZUM GAHR, Microstructure and Wear of Materials, Tribology, series 10, Elsevier, 1987.
[24.11] T.E. TALLIAN, Failures Atlas for Hertz Contact Machine Elements, ASME Press, New York,
1992.
[24.12] J.F. QUINN, Oxydational wear, Wear 18, 197, pp. 413-414.
Analyse et technologie des surfaces
24.7.4 Un malaxeur doit mélanger des sables fortement chargés en silice. Quelle
dureté minimale doit posséder le matériau constituant les rotors hélicoïdaux pour
limiter l’abrasion? (dureté de la silice: ∼ 850 H V .)
24.8 BIBLIOGRAPHIE
[24.1] F.P. BOWDEN et D. TABOR, The Friction and Lubrication of Solids, Clarendon Press, Oxford,
1964.
[24.2] J.G.A. BITTER, A study of erosion phenomena, Wear 6, 1963.
[24.3] I.M. HUTCHINGS, Tribology, Edward Arnold, Londres, 1992.
[24.4] J.T. BURWELL et C.D. STRANG, J. of Applied Physics, vol. 13, n˚1, pp. 18-27, janv. 1952.
[24.5] E. RABINOVICZ, J. Inst. Mét., 95 pp. 321-326, 1967.
[24.6] J.F. ARCHARD, J. Appl. Physics, 23, pp. 18-28, 1962.
[24.7] J. AYEL, Revue I.F.P., vol. XXXI n˚3, mai-juin 1974.
[24.8] T.S. EYRE, Treat. on Mat. Sc. and Techn., pp. 363-442, 1979.
[24.9] E. RABINOWICZ, Friction and Wear of Materials, Wiley, N-Y, 1965.
[24.10] K.H. ZUM GAHR, Microstructure and Wear of Materials, Tribology, series 10, Elsevier, 1987.
[24.11] T.E. TALLIAN, Failures Atlas for Hertz Contact Machine Elements, ASME Press, New York,
1992.
[24.12] J.F. QUINN, Oxydational wear, Wear 18, 197, pp. 413-414.