Design & Thermal Analysis of Single Point Cutting Tool by Using Ansys Workbench
Author(s): Sandeep Kajalekar
Authors Affiliations:
M-Tech Student, Mechanical Engg, College of Engineering Dharashiv, India
DOIs:10.2017/IJRCS/202502005 | Paper ID: IJRCS202502005At numerous operational cutting speed of lathe, temperature of the tool-chip interface is decided experimentally and modelled. Specifically, Analyses are done of High Speed Steel and of a Carbide Tool tip machining technique at three varying cutting speeds, so as to examine to experimental outcomes produced as part of this study. Heat generation during cutting operation at tool chip interface is investigated by varying cutting parameters at the suitable cutting tool geometry. The experimental readings shows that the elements which can be accountable for increasing cutting temperature are cutting speed, depth of cut and feed respectively. Various methods can be used to calculate those cutting temperatures generated all through machining. “Infrared Thermometer” is mostly used for measuring temperature at tool-chip interface. Single point cutting tool has been modelled and analyzed with the help of ANSYS.
Sandeep Kajalekar (2025), Design & Thermal Analysis of Single Point Cutting Tool by Using Ansys Workbench, International Journal of Research Culture Society, ISSN(O): 2456-6683, Volume – 9, Issue – 2., Pp.28-34. Available on – https://ijrcs.org/
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