Study of Process Parameters on Machining Process Using Single Point Cutting Tool
DOI:
https://doi.org/10.22385/jctecs.v5i0.54Keywords:
Single point cutting tool, ANOVA, FEM, TaguchiAbstract
This research work studies the influence of cutting process parameters used in single point cutting tool based machining operations. In this study design of experiment methodology is used for some qualitative outcome. Taguchi method is used for experiment design. It is solved using ANSYS Explicit Dynamics software. ANOVA analysis is also performed in this study using Minitab software. Results show that most critical factor which affects stress generated during cutting operations are rake angle of tool and feed rate. In this study model equations are also generated for further analysis using linear regression modelling technique using Minitab software.References
M.Mahnama, M.R Movahhedy 2012, Application of FEM Simulation of chip formation to stability Analysis in orthogonal cutting Process, Journal of Manufacturing Processes Vol.188-194.
J.Lorentzon, N.Jarvstrat, B.L Josefson, 2009, Modeling chip formation of alloy 718, Journal of Material Processing Technology vol. 4645-4653.
C.Dumitras, I.Cozminca, C.Ungureanu, M.Mihailide, Oct 2008, A Finite Element Analysis of the cutting Insert Geometry Influence in Machining Hard Material, Machine Tools and Cutting Tool Design Department, Technical University, Gh.Asachi, Romania.
E.Uhimann, M.Graf Von der Schulenburg, R.Zettier, 2007,Finite Element Modeling and Cutting Simulation of Inconel 718, Institute of Machine Tools and Factory Management, Techische Universitat, Germany, Vol.56/1/2007.
S.H Rathod, Mohd. Razik, 2013,Review Study on Finite Element Analysis of Single Point Cutting Tool, International Journal of Engineering Research and Development, Vol. 9, PP.11-14.
L.J Xie, J.Schmidt, C.Schmidt, F.Biesinger, 2005, 2D FEM estimate of tool wear in turning operation, institute for werkstoffkunde, Germany.
Dr.Maan Aabid Tawfiq, Suha Kareem Shahab,2006, A finite element analysis of orthogonal machining using different tool edge geometries, Eng. & technology Vol.25.
J.S.Strenkowski, J.T Caroll, A finite element model of orthogonal metal cutting, J Engrg Ind. 107 (1985) 349-354.
T.D Marusich, M.Ortiz, Modeling and Simulation of high Speed, Machining, Int.J.Numer. Meth. Engrg 38(1995) 3675-3694.
T.J.R Hughes, The Finite Element Method, Linear Static and Dynamic Finite Element Analysis. Prentice Hall. 1987.
Downloads
Additional Files
Published
Issue
Section
License
The journal is currently an open access journal.
The articles receive both rigorous peer-review and expedited online publication.
The journal encourages young researchers to submit their unpublished papers.
The authors retain their article’s copyright.
The authors retain publishing rights without restrictions.
Thus, authors may use their own articles for the following non-commercial purposes without asking our permission (and subject only to acknowledging first publication in Journal of Communications Technology, Electronics and Computer Science and giving a full reference or web link, as appropriate).
Authors cannot submit a manuscript for publication to other journals simultaneously. It is a waste of valuable resources because editors and referees spent a great deal of time processing submitted manuscripts. It is also unethical to republish similar research articles (text/figures/tables) again because journals have limited page space and it most likely violates copyrights which have already been transferred to the first journal. Therefore, all journals require a signed author's copyright transfer agreement stating the originality of the research work submitted through a manuscript. As stated above that authors should submit original, new and unpublished research work to the journal. The ethical issues such as plagiarism, fraudulent and duplicate publication, violation of copyrights, authorship and conflict of interest are serious issues concerning ethical integrity when submitting a manuscript to a journal for publication.
The contents of papers are the sole responsibility of the authors, and publication shall not imply the concurrence of the Editors or Publisher.