Study on newly developed drill bit monitoring system for composite assembly in aerospace industry

Aerospace industry is the current multi- billionaire developed industry, where the demands for the air transportation has increasing significantly day by days as people nowadays required short time to travel from one place to another to do their business. Due to this reason, this industry needs reli...

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Main Author: Azhar, Nur Hafizah Kamal
Format: Monograph
Language:English
Published: Universiti Sains Malaysia 2017
Subjects:
Online Access:http://eprints.usm.my/51760/
http://eprints.usm.my/51760/1/Study%20on%20newly%20developed%20drill%20bit%20monitoring%20system%20for%20composite%20assembly%20in%20aerospace%20industry_Nur%20Hafizah%20%20Kamal%20Azhar_A2_2017.pdf
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author Azhar, Nur Hafizah Kamal
author_facet Azhar, Nur Hafizah Kamal
author_sort Azhar, Nur Hafizah Kamal
building USM Institutional Repository
collection Online Access
description Aerospace industry is the current multi- billionaire developed industry, where the demands for the air transportation has increasing significantly day by days as people nowadays required short time to travel from one place to another to do their business. Due to this reason, this industry needs reliable monitoring system to ensure aircraft can fly without facing the catastrophic failure. So, the monitoring system is used to maintain the performance of the aircraft manufacturing such as drilling process, which is one of the major machining processes in the Aerospace industry. The aim of a monitoring system for drilling process is to observe the drill wear pattern so it will not damage the workpieces in the next usage, as all products in Aerospace industry usually are the high- end product that cost a huge amount of money. Monitoring system can be used as one part of the inspection in the aerospace industry. Furthermore, this inspection process will use a digital microscope as the sensor to capture the images of the drill bit, meanwhile a computer program will be used for the inspection part. Then, the analysis will be made by using designed programming to calculate the value of the wear pattern. For this research, the study of the current manufacturing practices for drilling process in the aerospace industry by carry out case study. This research can help to test the performance and capability of the newly developed drill bit monitoring system in the Aerospace industry. Lastly, by having this research, the reliability of the newly developed monitoring system can be determined by looking at the results and suggestion, besides the suggestions will be made to improve the reliability of it.
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spelling usm-517602022-03-01T04:41:36Z http://eprints.usm.my/51760/ Study on newly developed drill bit monitoring system for composite assembly in aerospace industry Azhar, Nur Hafizah Kamal T Technology Aerospace industry is the current multi- billionaire developed industry, where the demands for the air transportation has increasing significantly day by days as people nowadays required short time to travel from one place to another to do their business. Due to this reason, this industry needs reliable monitoring system to ensure aircraft can fly without facing the catastrophic failure. So, the monitoring system is used to maintain the performance of the aircraft manufacturing such as drilling process, which is one of the major machining processes in the Aerospace industry. The aim of a monitoring system for drilling process is to observe the drill wear pattern so it will not damage the workpieces in the next usage, as all products in Aerospace industry usually are the high- end product that cost a huge amount of money. Monitoring system can be used as one part of the inspection in the aerospace industry. Furthermore, this inspection process will use a digital microscope as the sensor to capture the images of the drill bit, meanwhile a computer program will be used for the inspection part. Then, the analysis will be made by using designed programming to calculate the value of the wear pattern. For this research, the study of the current manufacturing practices for drilling process in the aerospace industry by carry out case study. This research can help to test the performance and capability of the newly developed drill bit monitoring system in the Aerospace industry. Lastly, by having this research, the reliability of the newly developed monitoring system can be determined by looking at the results and suggestion, besides the suggestions will be made to improve the reliability of it. Universiti Sains Malaysia 2017-06-01 Monograph NonPeerReviewed application/pdf en http://eprints.usm.my/51760/1/Study%20on%20newly%20developed%20drill%20bit%20monitoring%20system%20for%20composite%20assembly%20in%20aerospace%20industry_Nur%20Hafizah%20%20Kamal%20Azhar_A2_2017.pdf Azhar, Nur Hafizah Kamal (2017) Study on newly developed drill bit monitoring system for composite assembly in aerospace industry. Project Report. Universiti Sains Malaysia, Pusat Pengajian Kejuruteraan Aeroangkasa. (Submitted)
spellingShingle T Technology
Azhar, Nur Hafizah Kamal
Study on newly developed drill bit monitoring system for composite assembly in aerospace industry
title Study on newly developed drill bit monitoring system for composite assembly in aerospace industry
title_full Study on newly developed drill bit monitoring system for composite assembly in aerospace industry
title_fullStr Study on newly developed drill bit monitoring system for composite assembly in aerospace industry
title_full_unstemmed Study on newly developed drill bit monitoring system for composite assembly in aerospace industry
title_short Study on newly developed drill bit monitoring system for composite assembly in aerospace industry
title_sort study on newly developed drill bit monitoring system for composite assembly in aerospace industry
topic T Technology
url http://eprints.usm.my/51760/
http://eprints.usm.my/51760/1/Study%20on%20newly%20developed%20drill%20bit%20monitoring%20system%20for%20composite%20assembly%20in%20aerospace%20industry_Nur%20Hafizah%20%20Kamal%20Azhar_A2_2017.pdf