Dynamic Simulation on Tool in Turning Process Using Depth of Cut Variance Using Ansys
DOI:
https://doi.org/10.36706/jmse.v2i2.14Keywords:
ANSYS, Harmonic Response, Simulation, HSSAbstract
High Speed Steel (HSS) is one of the most used material for making lathe tool, because of its ability to work under high rotation and friction condition without losing its mechanical properties significantly. On turning process, careful decision of machining parameters that matched its tool material ability for turning. In Simulation process, machining parameters which will be used in it had been researched by Pramod, Kumar, et al., (2014)with adjustments. Machining parameters are feed rate at 0.24 mm/rev, spindle rotation at 1500 rpm, and main cutting angle are orthogonal cutting angle at (90). In this simulation, the writer using depth of cut variance of 1 mm, 1.5 mm, and 2 mm. purposes of using these varies cuts are to find frequency and amplitude had occurred on lathe tool with different depth of cut.
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References
Avanessian, Alfred, “An Analysis of Effect of 3-D Groove Insert Design on Chip Breaking Chart”, 2005.
Childs, et al., “Metal Machining Theory and Aplication”, 2000.
Dieter, G,E., “Mechanical Metalurgy”, McGraw-hill Book Company, 1998.
Hidayat, Sigit, “Pengaruh Deposisi Lapisan Ti-Al-N Terhadap Umur Pahat Bubut HSS”, Jurnal Semesta Teknik, Vol.11 No.2, 2008.
K. Reddy, “Principles of Engineering Metallurgy”, 2008.
Kumar N Pramod, V N Avinash, V K Sudheer, S K Umashhankar, “Modeling and Harmonic Analysis of Turning Operatin” International Journal of Research, 2014.
Nazihah, “Cylindricity of workpiece in conventional lathe machine”, 2009.
Oberg Erik, Jones D. Franklin, Horton L. Holbrook, Ryffel H. Henry, “Machinery’s Handbook 29th Edition” Industrial Press New York, 2012.
Rochim, Taufiq, “Teori Dan Teknologi Machining process”, Institut Teknologi Bandung, Bandung 1993.
Silberschatz Abraham, Peterson L. James, “Operating Systems and Soncepts”, Addison-Wesley Publishing Company,inc, 1988.
Schneider, George, “Cutting Tool Aplications”, 2007. 12. Zhou Li, “Machining Chip-Breaking Prediction With Grooved Insert In Steel Turning”, Worcester Polytechnic Institute, 2001.
