The paper presents a methodology for selecting the optimal composition of the friction sintered powder material to the safety of the friction devices using a neurocomputer robust design to reduce the search time and reduce the cost of the experiment and the analysis of the computational experiment.
robust design, neurocomputer modeling, orthogonal matrix, the signal-to-noise.
1. Tribology bases (friction, wear, lubrication): College Text book/A.V. Chichinadze, E. D. Brown, N. A. Bushe [etc.]; under a general edition of A. V. Chichinadze. - M.: Mechanical engineering, 2001. - 644 p.
2. Tikhomirov, V.P. Development of new composite materials for friction pairs and the study of their behavior in blow shock-absorbers / V.P Tikhomirov, G.F. Shitikova // Physics and chemistry of material processing. - 1990. - No. 1. - pp. 108-114.
3. Leon, R. Quality management. Robust design. Taguchi design: [transl. from English] / R. Leon, A. Shumaker, R. Kakar [etc.]. - M.: Seyfy, 2002. - 384 p.
4. Tikhomirov, V.P. Neural network models in tribology / V.P. Tikhomirov, P.Yu. Shalimov // Friction and wear. - 2000. - Vol.21. - No. 3. - pp. 246-251.
5. Tikhomirov, V.P. Principles of selection of composite materials for friction pairs / V.P.Tikhomirov, A. G. Strizhenok, A. V. Kondratovich // Bulletin of Bryansk State Technical University. - 2013. - No. 1. - pp. 49-56.
6. Krishankant, J.T. Applicationof Taguchi Method for Optimizing Turning Process by the effects of Machining Parameters/ J.T. Krishankant, Mohit Bector, Rajesh Kumar//International Journal of Engineering and Advanced Technology (IJEAT).- 2012. -Vol. 2.- Is.1. -P. 263-274.
