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New self-lubricating antifriction material in hydraulic structures

Sukhov, A. S. / Ivanov, N. I. / Mogil'nitskil, V. M. / Derlugyan, P. D. / Loginov, V. T. / Dokukina, G. N. / Volikova, V. P.

Conclusions 1. The theoretical premises of creating highly plasticized self-lubricating composite polymer materials were experimentally confirmed by the development of the self-lubricating antifriction material K-112 intended for the slide guides of gates of hydraulic structures. 2. The physical, mechanical, tribotechnical, and thermophysical properties and stability of the material under operating conditions were investigated; on-site tests of K-112 were carried out at the Volgograd hydro development, which showed its high operation reliability. 3. The industrial technology of producing material K-112 was developed, the equipment for its industrial production was manufactured, and the technical documents were prepared. On the suggestion of the State All-Union Construction and Installation Trust of the USSR Ministry of Power and Electrification, the self-lubricating antifriction material K-112 was recommended for batch production.

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New self-lubricating antifriction material in hydraulic structures

Sukhov, A. S. / Ivanov, N. I. / Mogil'nitskil, V. M. / Derlugyan, P. D. / Loginov, V. T. / Dokukina, G. N. / Volikova, V. P.

Conclusions 1. The theoretical premises of creating highly plasticized self-lubricating composite polymer materials were experimentally confirmed by the development of the self-lubricating antifriction material K-112 intended for the slide guides of gates of hydraulic structures. 2. The physical, mechanical, tribotechnical, and thermophysical properties and stability of the material under operating conditions were investigated; on-site tests of K-112 were carried out at the Volgograd hydro development, which showed its high operation reliability. 3. The industrial technology of producing material K-112 was developed, the equipment for its industrial production was manufactured, and the technical documents were prepared. On the suggestion of the State All-Union Construction and Installation Trust of the USSR Ministry of Power and Electrification, the self-lubricating antifriction material K-112 was recommended for batch production.

New self-lubricating antifriction material in hydraulic structures

Sukhov, A. S. / Ivanov, N. I. / Mogil'nitskil, V. M. / Derlugyan, P. D. / Loginov, V. T. / Dokukina, G. N. / Volikova, V. P.

Conclusions 1. The theoretical premises of creating highly plasticized self-lubricating composite polymer materials were experimentally confirmed by the development of the self-lubricating antifriction material K-112 intended for the slide guides of gates of hydraulic structures. 2. The physical, mechanical, tribotechnical, and thermophysical properties and stability of the material under operating conditions were investigated; on-site tests of K-112 were carried out at the Volgograd hydro development, which showed its high operation reliability. 3. The industrial technology of producing material K-112 was developed, the equipment for its industrial production was manufactured, and the technical documents were prepared. On the suggestion of the State All-Union Construction and Installation Trust of the USSR Ministry of Power and Electrification, the self-lubricating antifriction material K-112 was recommended for batch production.

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Title:

New self-lubricating antifriction material in hydraulic structures

Contributors:

Sukhov, A. S. (author) / Ivanov, N. I. (author) / Mogil'nitskil, V. M. (author) / Derlugyan, P. D. (author) / Loginov, V. T. (author) / Dokukina, G. N. (author) / Volikova, V. P. (author)

Published in:

Hydrotechnical Construction ; 20 ; 608-612

Publication date:

1986-10-01

Size:

5 pages

ISSN:

1570-1468 , 0018-8220

DOI:

https://doi.org/10.1007/BF01427251

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

Keywords:

Polymer Material , Composite Polymer , Power Engineer , Renewable Energy Source , Thermophysical Property Engineering , Energy Technology , Power Electronics, Electrical Machines and Networks , Renewable and Green Energy , Geoengineering, Foundations, Hydraulics

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