INVESTIGATION OF ANTIFRICTION PROPERTIES OF COMPOSITE EPOXY MATERIAL IN INTERACTION WITH RAW COTTON
Eshqobilov KhKarshi Institute of Engineering and Economics, UzbekistanS NegmatovN AbedG GulyamovO EshkobilovKhS AlikulovM TuhtashevaV ZotikovI orrowKh EshkabilovBerdiyevShSh BerdiyevB KamolovA SaipidinovA IrgashevS BukharovA TuleikoV SergienkoA AlexievN Abed-NegmatovaJ NegmatovA YuldashevSh EminovSh BozorboevA AripovaD XojimuradovSh KarimovSh MamirovI KhabibullayevaB BektemirovN KhusanovTilavov YunusSuvonovichF NorkudjayevA MukhamedovA TeshaboeyevJ UsmonovS Parmonov
ABI
Abstract
The results of studies of the effect of temperature and electric charge density on the coefficient of friction of anti-friction-wear-resistant composite polymer materials when interacting with raw cotton are presented. It is shown that the processes of charge formation and temperature are interconnected, which provide the closest to the true values of the charges and temperature in the interaction of the polymer-cotton pair. It was found that the improvement of heat removal depends on the content of the filler of the epoxy coating with soot, which has high thermal conductivity and ambient temperature.