FORMING THE SURFACE LAYER OF POROUS METAL CERAMICS IN BLADE CUTTING AND ELECTROCHEMICAL EFFECTS
Rubrics: MECHANICAL ENGINEERING
Authors:
1.
Institute for Design-Technological Informatics RAS
(Associate Professor)
Moscow, Moscow, Russian Federation
Moscow, Moscow, Russian Federation
Type:
Article
Pages:
from 22
to 29
Status:
Published
Received:
13.05.2024
Accepted:
24.05.2024
Published:
30.07.2024
Subject area:
UDK 621.7.02 Предварительная обработка (подготовка) поверхности
BBK 34 Технология металлов. Машиностроение. Приборостроение
BBK 34 Технология металлов. Машиностроение. Приборостроение
Language:
Russian
Keywords:
: metal ceramics, machining, surface, porosity, impact, roughness, quality
Abstract (English):
The study objective of this paper is to determine the rules and influence of various factors on porosity, a specific qualitative indicator of the surface of metal ceramic parts. The main task is to find out the most favorable machining conditions when the porosity of the surface layer remains as high as possible. The research methods are of an experimental practical nature with a comparison and evaluation of the results obtained, in which machining features of porous metal ceramics and methods for improving the efficiency of surface shaping while maintaining the functional physical parameters of the part surfaces are considered. The modes and conditions of machining are noted with the relevant recommendations. As a result, recommendations for machining such materials are formulated, which allow minimizing the effect of pore tightening and reducing deformation phenomena in the material.
The study objective of this paper is to determine the rules and influence of various factors on porosity, a specific qualitative indicator of the surface of metal ceramic parts. The main task is to find out the most favorable machining conditions when the porosity of the surface layer remains as high as possible. The research methods are of an experimental practical nature with a comparison and evaluation of the results obtained, in which machining features of porous metal ceramics and methods for improving the efficiency of surface shaping while maintaining the functional physical parameters of the part surfaces are considered. The modes and conditions of machining are noted with the relevant recommendations. As a result, recommendations for machining such materials are formulated, which allow minimizing the effect of pore tightening and reducing deformation phenomena in the material.
Keywords:
: metal ceramics, machining, surface, porosity, impact, roughness, quality
: metal ceramics, machining, surface, porosity, impact, roughness, quality
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