THERMAL CONDUCTING PROPERTIES OF METALLFLUOROPLASTIC MATERIAL DETERMINED BY TRIBOLOGICAL METHOD
Vasily Nikolaevich Kornopoltsev, Bair Batuevich Damdinov
Abstract
The work is devoted to considering the possibility of using the Fourier law and the data of tribological tests for the approximate determination of the thermophysical characteristics of the sheet metal-fluoroplastic material on a steel substrate. The thermal conductivity coefficient of two different fluoroplastic materials was determined by tribological method using the temperature difference in the friction zone. It was shown that friction conditions change from viscoelastic to plastic.