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Technical science and innovation

Abstract

The paper Presents a disk tribometer installation and allows to determine the antifriction properties of machine-building composite antistatic-heat-conducting polymer materials working in interaction with the fibrous mass (raw cotton). A method for determining the friction force, temperature and electrostatic charge values arising in the friction zone is developed. The friction of the fibrous material is carried out on the flat surface of the rotating disk sample from the material under study at specified clamping pressures and sliding speeds. Values of friction forces, temperatures and values of electrostatic charges of the tested sample in a zone of friction with cotton-raw are measured by means of sensors.

First Page

20

Last Page

23

References

1. Negmatov S. S. Fundamentals of the processes of contact interaction of composite polymer materials with pulp. - Tashkent: Fan, 1984. -296 p. 2. Negmatov S.S., Eshkabilov O.Kh., Abed N.S., Gulyamov G., Tukhtasheva M.N. Methods for studying the tribological properties of antifriction-wear-resistant antistatic heat-conducting composite polymeric materials with fibrous mass // Composite materials. - Tashkent, 2018. No. 1. P. 61-65. 3. Gulyamov G., Abed N.S., Negmatov S.S., Tukhtasheva M.N., Eshkabilov O.Kh. Development and improvement of a device for studying the properties of machine-building antifriction-wear-resistant antistatic-heat-conducting composite polymer materials operating in mass conditions // Composite materials. - Tashkent, 2018. No. 2. P. 117-118.

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