Krasnov A. P., Fedorova L. S., Mit V. A., Rogovina L. Z., Vasylyev V. G., Riskin V. B. Structure and friction of modified cross-linked polyimides. The influence of the chemical structure and the size of intercross-link fragment of the network polyimide on friction and wear of the antifriction coatings have been investigated. Better tribological properties have been obtained by introduction of linear pyromellitimide into the network structure and by conservation of optimal quantity of double bonds of the maleimide cycle. Balakin V. A., Sergienko V. P. Frictional heat resistance tests of materials. Methods of material tests on thermal friction are analysed.
Practical value have methods modeling the real service conditions of friction unit.
The technique of determining frictional heat generation, heat transfer and thermal conductivity of materials are described. Some way of a creation of composed materials based on elastomer and its friction properties regulation about. Based on a polymer deformations and wear regularities analysis have been reported some aspects of elastomer composed materials creation and its friction properties regulation. From a point of view theory and a friction material science a methodological approach to the question of a wearing process governing for such materials has been carried out. Possible variants of this additive action mechanism in low-viscous oil are discussed.