High-Performance Processing of Complex-Shaped Parts Using Combined Methods

Mikhail Kondratyev; Yuliya Simonova; Evgeny Smolentsev; Svetlana Yatsenko

doi:10.4028/p-3u2s1k

Paper Titles

Effect of Hot Machining on the Surface Quality of Cylindrical Parts
p.200

Application of Additive Technologies in the Development of Aerodynamic Models for Rocket and Space Technology Products
p.207

Additive Technologies in Manufacturing and IT Industry
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Analysis of Factors Affecting Operability to Assess Risks and Opportunities in the Operation of Built-Up Cutting Tools
p.220

High-Performance Processing of Complex-Shaped Parts Using Combined Methods
p.226

Improving the Efficiency of Machine Grinding of Double Curvature Surfaces with a Profiled Flap Wheel
p.232

Calculation of the Grinding Performance of Diamond-Bearing Ceramic Tools
p.240

The Use of Laser Surface Modification Technologies for Obtaining Parts of Roller-Screw Mechanism
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Development and Implementation of the Technology for Obtaining Channels in the Turbopump Units Bodies
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HomeKey Engineering MaterialsKey Engineering Materials Vol. 910High-Performance Processing of Complex-Shaped...

High-Performance Processing of Complex-Shaped Parts Using Combined Methods

Abstract:

This article describes application of the method of turning the cylindrical surface of the part using the flank surface of the cutting plate. The comparison of classical turning and the use of ‘back turning’ was carried out, the area of rational application was revealed and the combined use of the methods was proposed. A finite element model of the part, tool and equipment was created for calculating deformations in the system and internal stresses. A control program for part machining using a combination of both machining methods was designed.

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Periodical:

Key Engineering Materials (Volume 910)

Pages:

226-231

DOI:

https://doi.org/10.4028/p-3u2s1k

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Online since:

February 2022

Authors:

Mikhail Kondratyev*, Yuliya Simonova, Evgeny Smolentsev, Svetlana Yatsenko

Keywords:

Applications, Back Turning, Finite Element Analysis, Prime Turning, Turning

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* - Corresponding Author

References

[1] Smolentsev V.P., Koptev I.T., Belyakin A.S. Technology for the production of high-tech products. Voronezh State Technical University Bulletin. 2011. V. 7. No. 8, pp.163-166.

Google Scholar

[2] Kondratyev M.V., Luzginov A.V., Pankov I.N. Features of the use of back turning to improve machining productivity. Matrix of Scientific Knowledge. No. 4-2 / 2021 (April 2021), pp.45-51.

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[3] Materials from www.sandvik.coromant.com.

Google Scholar

[4] Materials from www.learn.manufacturing.autodesk.com.

Google Scholar

[5] Baranchikov V.I., Zharinov A.V., Yudina N.V., Sadikhov A.I. Advanced cutting tools and cutting conditions for metals. Directory. M.: Mechanical Engineering, 1990, 400 p.

Google Scholar