Constructing a Model of the Equivalent Wedge Oblique Cutting Edge

Author:

Filippov A.V.1

Affiliation:

1. Tomsk Polytechnic University

Abstract

The article presents a method for constructing a three-dimensional model of the equivalent wedge oblique cutting edge. This technique allows you to visually assess the complexity of changing the geometry of the tool and can be used in the design of cutting edge with a curved wedge. To construct a model, the equation of a space curve of cutting edge working part was derived. The article also shows the position of the tool-in-hand and the setting system in the developed model.

Publisher

Trans Tech Publications, Ltd.

Reference5 articles.

1. G.P. Galoyan. Theoretical basics of new diagonal cutting process with the feasibility of its implementation: the thesis for technical sciences candidate degree on speciality 05. 03. 01. / G.P. Galoyan; Leninakan Branch of the Karl Marx Yerevan Polytechnic Institute; Leninakan, – 1986. – 157 p.

2. V.F. Bobrov. How tool main cutting edge pitch influences the metal cutting. М., Mashgiz, 1962. – p.152.

3. Wenge Song. Development of predictive force models for classical orthogonal and oblique cutting and turning operations in corporating tool flank wear effects. School of Engineering System Queensland University of Technology. – 2006. – 208p.

4. W. Grzesik, K. Żak: Investigations of surface textures produced by oblique machining of different workpiece materials. Archives of Materials Science and Engineering, 52, 2011. P. 46-53.

5. A.V. Filippov. 3D-modeling of oblique cutting geometry. Collected papers from the INNOVATIONS IN MECHANICAL ENGINEERING international youth conference. Yurga Institute of Technology, Tomsk Polytechnic University affiliate, Yurga 2012. – pp.178-183.

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