By Victor M. Baranov,Evgeny M. Kudryavtsev,Gennady .A. Sarychev, et al.Elsevier|Elsevier Science||Elsevier ScienceAdult NonfictionScience, Technology, EngineeringLanguage(s): EnglishOn sale date: 08.04.2011Street date: 29.07.2011Preview

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H. Buckley, Surface Effects in Adhesion, Friction, Wear and Lubrication, Amsterdam, 1981. 2. H. Haken, Advanced Synergetics. Instability Hierarchies of Self-Organizing Systems and Devices, Berlin, 1983. 3. Handbook of Triboengineering, ed. by M. V. Chichinadze, vol. 1. Theoretical Foundations (in Russian), Moscow, 1989. 4. H. ), Springer Series in Synergetics, vol. 17, Berlin, Heidelberg, New York, 1982. 5. G. Polzer and F. Meissner, Fundamentals of Friction and Wear (Russian translation), Moscow, 1984.

18 V). 4. SOURCES OF ACOUSTIC EMISSION IN FRICTION OF SOLIDS Various mechanical and physical-chemical processes occur on real contact spots in the friction of solids. Some of them are similar to processes occurring at deformation and damage of materials, other processes are specific for friction. 3). This is confirmed by the analysis of publications dealing with acoustic emission at friction. The main distinctive feature of acoustic emission at friction is the presence of additional sources in comparison with the deformation and failure.

SIMULATION OF CHARACTERISTICS OF ACOUSTIC EMISSION IN FRICTION 49 Therefore, the wear debris distribution should also be proportional to the pressure distribution. Vast experimental data presented in [12] show that so it is. The pattern of the distribution functions of debris dimensions is similar to that of the probability density of the pressure distribution presented in Fig. 15). The above considerations formed the basis of the model for assessing the fatigue wear of materials presented below [13, 14].

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