Laser Interferometry Method of Stress Determination in Loaded Cutting Tool Parts

Author:

Nekrasov R.Yu.1,Soloviev I.V.1,Putilova U.S.1

Affiliation:

1. Tyumen State Oil and Gas University

Abstract

A сontinuous growth of the intensity of metal working processes in mechanical engineering, changes in the structure, functionality and cost of technological equipment, an increasing use of high-strength materials which, as a rule, are characterized by low machinability, determine the necessity of an integrated approach both to the studies of the working capacity of cutting tools and to the control of machining conditions in order to achieve maximum technical and economic efficiency in operating automated manufacturing equipment and numerically controlled machine tools.

Publisher

Trans Tech Publications, Ltd.

Reference17 articles.

1. G. S. Andreev, The stress state of the cutting part of the cutter with periodic cutting, Durability of the cutting tool, Moscow, 1969, pp.28-37.

2. A. I. Betaneli, Communication method of calculating the strength of the cutting part of the tool, Bulletin of engineering. 2 (1965) 16-18.

3. V. F. Bobrov, Determination of stresses in the cutting part of the cutting tools, High-performance cutting in mechanical engineering, Moscow, 1966, pp.228-233.

4. A. M. Geniatulin, Holographic method research strained elements of assorted cutters, Optical-geometrical methods in the study of deformations and stresses and their standardization, Gorky, 1982, pp.83-84.

5. M. B. Gordon, Methodology and some results of a study of patterns of distribution of the friction forces and tangential stresses on the contact length of the chip from the front surface of the cutter, Issues in the application of cutting fluids in machining metals, Ivanovo, 1965, pp.41-44.

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