Grinding of the gears with high depth processing

  • Serghei Scaticailov Technical University of Moldova, Faculty of Mechanical Engineering and Transport, Department of Machine Building Technology
Keywords: profile grinding, gear wheels, model, precision, errors

Abstract

The following paper presents the analysis and synthesis of technological schemes, processes, tools and equipment for processing of conical gears and precession gears with medium module. As a result, a new method which allows to intensify the process of treatment, is proposed. It ensures a required accuracy of processing. The theoretical considerations are based on the theory of gear drives, theory of involute profiles generation and precession gears, generating machine, tool design theory and machine building technology. Methods of mathematical analysis, analytic geometry, mathematical model and 3D computer model are used. The experimental research was conducted in laboratories of the Departments of Machine Building Technology and the Department of Fundamentals of Machines Design at the Technical University of Moldova, by using machines and technological equipment for machining and testing. Experimental data processing was accomplished using approximation methods and mathematical statistics.

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Author Biography

Serghei Scaticailov, Technical University of Moldova, Faculty of Mechanical Engineering and Transport, Department of Machine Building Technology

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Serghei Scaticailov, MSc in Machine Building Technology (1996) and DSc (1998) at the Technical University of Moldova. Lecturer at the Department of Machine Building Technologies since 1996. Co-organizer of the TMCR conferences in 1999, 2001, 2003, 2005, 2009, 2011 and 2014. Participant in national and international conferences. He published 28 scientific papers, 2 books and holds 6 patents. Participant in the implementation of national and international research projects.

Published
2017-11-01
How to Cite
Scaticailov, S. (2017) “Grinding of the gears with high depth processing”, Journal of Mechanical and Energy Engineering, 1(2), pp. 129-134. Available at: http://jmee.tu.koszalin.pl/ojs/index.php/jmee/article/view/29 (Accessed: 15December2018).
Section
Mechanical Engineering