The technique of designing high-power CNC lathes for enterprises of the heavy engineering industry

Author:

Kovalov V,Vasilchenko Y,Turmanidze R,Dašić P,Sukova T,Shapovalov M

Abstract

Abstract Proposed is the method of heavy machine tools constructions’ structural-parametric synthesis based on their components processing parameters statistical study. The process of designing high-power metal cutting equipment that most completely meets the customer’s essential requirements consists in developing its technological structure in the form of a functional-structural model with the main technological parameters (accuracy class, size of working space, necessary power parameters, cutting modes) substantiation.

Publisher

IOP Publishing

Subject

General Medicine

Reference17 articles.

1. Comparative analysis of different regression models of the surface roughness in finishing turning of hardened steel with mixed ceramic cutting tools;Dašić;Journal of Research and Development in Mechanical Industry (JRaDMI),2013

2. Modeling approach of regression orthogonal experiment design for the thermal error compensation of a CNC turning center;Du;Journal of Materials Processing Technology,2002

3. Investigation of cutting parameters of surface roughness for brass using artificial neural networks in computer numerical control turning;Natarajan;Australian Journal of Mechanical Engineering,2012

4. Selection of tool and work piece combination using multiple attribute decision making methods for computer numerical control turning operation;Taka;Materials Today: Proceedings,2017

5. Using the machine vision method to develop an on-machine insert condition monitoring system for computer numerical control turning machine tools;Sun;Materials,2018

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