MODELING OF GENERATING SURFACES IN FEMALE MILLING CUTTERS WITH DESIGN RADIAL INFEED FOR MACHINING SHAFTS WITH HOMAXONIC PROFILE
Rubrics: MECHANICAL ENGINEERING
Authors:
4.
Southwest State University
(Head of the Department, Associate Professor)
Kursk, Kursk, Russian Federation
Kursk, Kursk, Russian Federation
Type:
Article
Pages:
from 146
to 150
Status:
Published
Received:
07.12.2016
Accepted:
07.12.2016
Published:
07.12.2016
Language:
Russian
Keywords:
milling cutter, generating surface, homaxonic, geometrical model, theory of shaping, structural-parametric synthesis
Abstract (English):
The paper reports the solution of the urgent problem on technological solutions searches ensuring the shaping of profile keyless joints. The investigation was carried out with the use of the methodology of a structural-parametric synthesis of metalcutting systems which allowed compiling mathematical and geometrical models of a female milling cutter generating surface with a design radial feed for the shaping of profile keyless joints. On the basis of this there was carried out the analysis of cutting procedures chosen which has shown that the procedure with a coaxial location of a milling cutter regarding a shaft is most promising from the point of view of cost price and machining accuracy. The research results may be used at the devel-opment of design-engineering documentation at the preparation of profile shafts production to ensure product characteristics specified.
The paper reports the solution of the urgent problem on technological solutions searches ensuring the shaping of profile keyless joints. The investigation was carried out with the use of the methodology of a structural-parametric synthesis of metalcutting systems which allowed compiling mathematical and geometrical models of a female milling cutter generating surface with a design radial feed for the shaping of profile keyless joints. On the basis of this there was carried out the analysis of cutting procedures chosen which has shown that the procedure with a coaxial location of a milling cutter regarding a shaft is most promising from the point of view of cost price and machining accuracy. The research results may be used at the devel-opment of design-engineering documentation at the preparation of profile shafts production to ensure product characteristics specified.
Keywords:
milling cutter, generating surface, homaxonic, geometrical model, theory of shaping, structural-parametric synthesis
milling cutter, generating surface, homaxonic, geometrical model, theory of shaping, structural-parametric synthesis
1. Kuts, V.V. Synthesis of generating surfaces of milling-cutter broaches for machining shafts with homaxonic profile/ V.V.Kuts, А.G.Ivakhnenko, М.L.Storublyov// Proceedings of Tula State University. Engineering Sciences. - 2012. - № 8. - pp. 42-48.
2. Ivakhnenko, А.G. Structural-parametric synthesis of technological systems/ А.G.Ivakhnenko, V.V.Kuts. - Kursk: Kursk State Technical University, 2010. - pp.153.
3. Ivakhnenko, А.G. Methodology of structural-parametrical synthesis of metal-cutting systems / А.G.Ivakhnenko, V.V.Kuts, О.Yu.Erenkov [et al.]. - Komsomolsk-upon-Amur: Komsomolsk-upon-Amur State technical University, 2015. - pp. 282.
