By numerical simulations, investigated the temperature stresses in the diamond-containing composite on a polymeric binder. It is shown that the maximum stresses intensity occurs in the layer of matrix that has contact with the grain. It was investigated the influence on the temperature stresses in the system thermal conductivity of matrix and the coating material on the grain.
The computational modeling of temperature non-stationary fields in the system “diamond-polymer matrix” is carried out. The dependences of a steadystate temperature and time of transitional thermal process upon matrix thermal conductivity and heat capacity are defined.
Shows an analysis of condition and allocated the main problems of domestic mechanical engi-neering. Were suggested some ways solution of the problem engineering personnel training for modern mechanical engineering. Also noted that carrying out in the university the systemic scientific research works is a requirement for training of qualified personnel
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