Tool wear propagation in Ti6Al4V laser assisted micro milling using micro ball end mill

Tool wear propagation in Ti6Al4V laser assisted micro milling using micro ball end mill

This paper presents an experimental study of laser assisted micro milling of Ti6Al4V using micro ball end mill. Tool wear propagation was observed and compared between conventional and laser assisted micro milling to evaluate the effectiveness of laser assisted machining technique in Ti6Al4V micro m...

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Bibliographic Details
Main Authors: Zazuli Mohid, E. A. Rahim
Format: Article
Language:English
Published: Malaysian Tribology Society 2018-12-01
Series:Jurnal Tribologi
Subjects:
Laser assisted
Ball end mill
Micromilling
Wear
Online Access:https://jurnaltribologi.mytribos.org/v19/JT-19-88-97.pdf
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spelling doaj-f1eeaf5f6c824be88c97bcd5c82ec8812020-11-24T20:41:25ZengMalaysian Tribology SocietyJurnal Tribologi2289-72322018-12-01198897Tool wear propagation in Ti6Al4V laser assisted micro milling using micro ball end millZazuli Mohid0E. A. Rahim1Universiti Tun Hussein Onn Malaysia, MALAYSIAUniversiti Tun Hussein Onn Malaysia, MALAYSIAThis paper presents an experimental study of laser assisted micro milling of Ti6Al4V using micro ball end mill. Tool wear propagation was observed and compared between conventional and laser assisted micro milling to evaluate the effectiveness of laser assisted machining technique in Ti6Al4V micro machining. It is confirmed that laser assisted micro milling technique managed to improve the tool life even when using micro ball end mill tool. The tools in laser assisted micro milling served different tool wear mode compared to conventional micro milling. The maximum flank wear in laser assisted micro milling reduced for approximately 50 % at machining distance of 6000 mm when the laser pulse width is increased from 1 to 2 ms.https://jurnaltribologi.mytribos.org/v19/JT-19-88-97.pdfLaser assistedBall end millMicromillingWear
collection DOAJ
language English
format Article
sources DOAJ
author Zazuli Mohid
E. A. Rahim
spellingShingle Zazuli Mohid
E. A. Rahim
Tool wear propagation in Ti6Al4V laser assisted micro milling using micro ball end mill
Jurnal Tribologi
Laser assisted
Ball end mill
Micromilling
Wear
author_facet Zazuli Mohid
E. A. Rahim
author_sort Zazuli Mohid
title Tool wear propagation in Ti6Al4V laser assisted micro milling using micro ball end mill
title_short Tool wear propagation in Ti6Al4V laser assisted micro milling using micro ball end mill
title_full Tool wear propagation in Ti6Al4V laser assisted micro milling using micro ball end mill
title_fullStr Tool wear propagation in Ti6Al4V laser assisted micro milling using micro ball end mill
title_full_unstemmed Tool wear propagation in Ti6Al4V laser assisted micro milling using micro ball end mill
title_sort tool wear propagation in ti6al4v laser assisted micro milling using micro ball end mill
publisher Malaysian Tribology Society
series Jurnal Tribologi
issn 2289-7232
publishDate 2018-12-01
description This paper presents an experimental study of laser assisted micro milling of Ti6Al4V using micro ball end mill. Tool wear propagation was observed and compared between conventional and laser assisted micro milling to evaluate the effectiveness of laser assisted machining technique in Ti6Al4V micro machining. It is confirmed that laser assisted micro milling technique managed to improve the tool life even when using micro ball end mill tool. The tools in laser assisted micro milling served different tool wear mode compared to conventional micro milling. The maximum flank wear in laser assisted micro milling reduced for approximately 50 % at machining distance of 6000 mm when the laser pulse width is increased from 1 to 2 ms.
topic Laser assisted
Ball end mill
Micromilling
Wear
url https://jurnaltribologi.mytribos.org/v19/JT-19-88-97.pdf
work_keys_str_mv AT zazulimohid toolwearpropagationinti6al4vlaserassistedmicromillingusingmicroballendmill
AT earahim toolwearpropagationinti6al4vlaserassistedmicromillingusingmicroballendmill
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