DEVELOPMENT OF A DISC TRIBOMETER AND DETERMINATION OF ITS OPTIMAL PARAMETERS AND MODES OF CONTACT INTERACTION OF COMPOSITES WITH RAW COTTON
Оlim Eshkobilov, S Negmatov, I Kragelskiy, I Vinogradova, A Askadskiy, A Hohlov, G Gulyamov, S Negmatov, M Tuhtasheva, N Abed, G Gulyamov, G Gulyamov, N Negmatov, T Halimjanov, K Lutfullin, S Matrenin, B Ovechkin, V Rogov, V Solov'ev, V Kopylov, V Shevchenko, A Fetisov, G Agafonova, U Ziyamukhamedova, L Bakirov, E Rakhmatov, B Bektemirov, Sh
Abstract
A disk tribometer has been developed to determine the tribotechnical properties of composites working in interaction with raw cotton. The results of a comprehensive analysis of studies of the optimal parameters of a disk tribometer and modes of contact interaction of machinebuilding composite polymer materials with raw cotton are presented. The influence of moisture and contamination of raw cotton, sliding speed and specific pressure on the antifriction properties of antifriction-wear-resistant epoxy compositions were investigated.