[1] Bensimon, R. (1971) Steels, Tome. 1st Edition, P.Y.C.E, Paris.
[2] Chaussin, C. and Hilly, G. (1992) Alloys. Edition Dunod, Paris.
[3] Cunat, P.-J. (2000) Creep-resistant steels and stainless steels. Technical of engineer M4540.
[4] Sekkal, A. (2000) Study of surface tribologicals transformations or STT induced by controlled energy impacts. Thesis, Central School of Lyon.
[5] Dominique, F. (2000) Hardened test. Technical of engineer M123-1.
[6] Farah, L., Coquillet, B., Vannes, A.B. and Azzi, A.R. (2002) Study of the mechanical behavior of an austenitic stainless steel under repeated shocks. Journal of Matériau & Technical, 1-2, 31-36.
[7] Gachon, Y. (1997) Study of erosion by solid particles of PVD multilayer coatings on metallic substrates (base titanium). Thesis, Central School of Lyon.
[8] Johnson, K.-L. (1985) Contact Mechanics. 1st Edition, Cambridge University Press, Cambridge.
[9] Gampala, R., Elzey, D.M. and Wadley, H.N. (1994) Plastic deformation of asperities during consolidation of plasma spayed metal matrix composite monotype. Acta Metallurgica & Material, 42, 3209.
[10] Sauger, E. (1997) Contribution to the study of the tribological surface transformation in fritting. Doctoral Thesis, INSA of Lyon.
[11] Shimizu, K. and Noguchi, T. (2011) Mechanical properties of solid particle erosion and stainless steel at elevated temperature. Wear, 271, 1357-13645.
[12] Saada, G. (1980) State metal plastic deformation. Technical Engineering, M45, 1-25.