Please use this identifier to cite or link to this item: http://ir.unikl.edu.my/jspui/handle/123456789/20698
metadata.conference.dc.title: Computational Fluid Dynamic Analysis of Coolant Flow in Milling of Titanium grade-2 under Multiple Nozzle
metadata.conference.dc.contributor.*: Catherine, LDK, Darulihshan Bin Abdul Hamid
M.S.N. Ibrahim, A. Zakaria
(UniKL MIDI)
metadata.conference.dc.date.issued: 2018
metadata.conference.dc.publisher: IOP Publishing Ltd
metadata.conference.dc.description.abstract: The application and behaviour of coolant in end milling of hard-to-cut material such as titanium alloy is very critical due to the high cutting temperature generated at the tool tip that can be more than 600°C. Titanium is generally well known to have a very low thermal conductivity that prevent a rapid dissipation of the heat generated during machining due to the friction that occur in the metal removal process. In addition, hard-to-cut material have a very high hardness that can range from 198 to 1300 HV at Vickers hardness. For all this reasons, the optimization of the coolant that includes positioning, inclination and distance of the nozzle to the tool tip is very vital to provide an efficient cooling during the machining operation. In this paper, a three dimensional static analysis of the application of coolant through two nozzles was studied by using computational fluid dynamics (CFD). It was found that the velocity of the coolant was more uniformly distributed and effective when two nozzles were applied at an angle of 12.5 º and a distance of 25 mm from the tool tip.
metadata.conference.dc.identifier.uri: http://ir.unikl.edu.my/jspui/handle/123456789/20698
metadata.conference.dc.conference.name: International Conference on Advanced Manufacturing and Industry Applications
metadata.conference.dc.conference.year: 2018
Appears in Collections:Conference Papers

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