alexa Experimental and Theoretical Analysis of the Chip Flow Direction in Turning using Flatted and Grooved Inserts – Impact of the Tool Rake Face Geometry, the Work Material and Cutting Conditions | Abstract
ISSN: 2168-9873

Journal of Applied Mechanical Engineering
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Research Article

Experimental and Theoretical Analysis of the Chip Flow Direction in Turning using Flatted and Grooved Inserts – Impact of the Tool Rake Face Geometry, the Work Material and Cutting Conditions

Kouadri S1*, Bensari A2 and Tirenifi M2

1 Superior School of Material, BP 188 Beau-lieu, Algiers, Algeria

2University of Mascara, BP 29 Route de Mascara , Mascara, Algeria

*Corresponding Author:
Kouadri S
Superior School of Material
BP 188 Beaulieu, Algiers, Algeria
Tel: +213 (45) 804169
E-mail: [email protected]

Received Date: April 17, 2017 Accepted Date: June 02, 2017 Published Date: June 06, 2017

Citation: Kouadri S, Bensari A, Tirenifi M (2017) Experimental and Theoretical Analysis of the Chip Flow Direction in Turning using Flatted and Grooved Inserts – Impact of the Tool Rake Face Geometry, the Work Material and Cutting Conditions. J Appl Mech Eng 6: 269. doi: 10.4172/2168-9873.1000269

Copyright: © 2017 Kouadri S, et al. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.

Abstract

This paper deals mainly with an experimental and theoretical analysis of the Chip Flow Direction (CFD) in turning process using flatted and grooved inserts. Turning tests have been performed to determine the CFD from measured cutting force components. Different cutting conditions have been considered by varying the cutting speed, the feed rate and the depth of cut. From a theoretical point of view, two models have been applied. The first one is an analytical model based on the discretization of the undeformed chip area. The second one is a purely geometrical model which assumes the CFD normal to the major axis of the projected cutting area on the rake face. The effect of cutting conditions on the CFD was clearly highlighted experimentally and by adopted models. It has been shown that the CFD depends strongly on the depth of cut in the browsed range of cutting parameters, while cutting speed has a little effect. One of main discussed results concerns the impact of the tool rake face geometry (flatted and grooved) on the CFD. Finally, it has been shown that the CFD is independent on machined materials.

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