THEORETICAL ANALYSIS OF MATING SURFACES CONTACT RIGIDITY WITH TECHNOLOGICAL CONDITIONS OF THEIR MACHINING
Authors:
1.
Soloviev Rybinsk State Aviation Technical University
( zaveduyuschiy kafedroy, Zasluzhennyy deyatel' nauki i tehniki)
Rybinsk, Russian Federation
Rybinsk, Russian Federation
2.
United Engine Production Corporation “Saturn”
( ekspert)
Rybinsk, Yaroslavl, Russian Federation
Rybinsk, Yaroslavl, Russian Federation
Type:
Article
Pages:
from 20
to 26
Status:
Published
Received:
03.10.2018
Accepted:
05.01.2023
Published:
17.10.2018
Subject area:
UDK 62 Инженерное дело. Техника в целом. Транспорт
Language:
Russian, English
Keywords:
contact rigidity, flexibility, surface roughness, surface layer cold work, machining modes
Abstract (English):
An author’s version for the design definition of an approach value of contact surfaces under load taking into account roughness of a surface worked and a surface layer cold work of these surfaces is presented. The analysis of a processing mode impact upon the value of surfaces contact approach is carried out, and also the comparison of the computation results of a flexibility parameter with experimental data is performed.
An author’s version for the design definition of an approach value of contact surfaces under load taking into account roughness of a surface worked and a surface layer cold work of these surfaces is presented. The analysis of a processing mode impact upon the value of surfaces contact approach is carried out, and also the comparison of the computation results of a flexibility parameter with experimental data is performed.
Keywords:
contact rigidity, flexibility, surface roughness, surface layer cold work, machining modes
contact rigidity, flexibility, surface roughness, surface layer cold work, machining modes
1. Suslov, A.G. Quality of Machinery Surface Layer. M.: Mechanical Engineering, 2000. – pp. 320.
2. Dmitrieva, M.N. Contact rigidity interconnection of sur-faces turned with technological conditions of their machining // Reference Book. Engineering Journal. – 2008. – No. 8. – pp. 14-18.
3. Bezyazychny, V.F. Similarity Method in Engineering Technique. – M.: Mechanical Engineering, 2012. – pp. 320.
