Investigation of surface roughness in machining oil palm wood

Oil palm industry is one of the largest agricultural plantation sectors in Malaysia. The total area under oil palm cultivation is over 2.65 million hectares, producing over 8 million tons of oil annually. The oil palm trunk is converted to oil palm wood after the replantation take place. The machini...

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Main Authors: Harizam, M.Z., Nukman, Y., Anis, M., Tamrin, K.F.
Format: Conference or Workshop Item
Language:English
Published: 2012
Subjects:
Online Access:http://eprints.um.edu.my/8699/1/Investigation_of_Surface_Roughness_in_Machining_Oil_Palm_Wood.pdf
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author Harizam, M.Z.
Nukman, Y.
Anis, M.
Tamrin, K.F.
author_facet Harizam, M.Z.
Nukman, Y.
Anis, M.
Tamrin, K.F.
author_sort Harizam, M.Z.
collection UM
description Oil palm industry is one of the largest agricultural plantation sectors in Malaysia. The total area under oil palm cultivation is over 2.65 million hectares, producing over 8 million tons of oil annually. The oil palm trunk is converted to oil palm wood after the replantation take place. The machining of wood process by cutting is a demanding technological process because of its specific structure. In many industries, accuracy and precision are crucial parameters for their production to achieve the best quality of cut. One of the qualities to be monitored is the surface roughness, Ra value which has direct implication on cut quality. Hence, this study was embarked to quantify the surface roughness of machining of oil palm wood. Three types of machining oil palm wood processes were conducted by using CO2 laser cutting, CNC milling and vertical saw machine. As a result, CO2 laser cut produced the best cut quality in comparison to other competing machining processes.
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spelling um.eprints-86992014-01-09T02:53:14Z http://eprints.um.edu.my/8699/ Investigation of surface roughness in machining oil palm wood Harizam, M.Z. Nukman, Y. Anis, M. Tamrin, K.F. TJ Mechanical engineering and machinery Oil palm industry is one of the largest agricultural plantation sectors in Malaysia. The total area under oil palm cultivation is over 2.65 million hectares, producing over 8 million tons of oil annually. The oil palm trunk is converted to oil palm wood after the replantation take place. The machining of wood process by cutting is a demanding technological process because of its specific structure. In many industries, accuracy and precision are crucial parameters for their production to achieve the best quality of cut. One of the qualities to be monitored is the surface roughness, Ra value which has direct implication on cut quality. Hence, this study was embarked to quantify the surface roughness of machining of oil palm wood. Three types of machining oil palm wood processes were conducted by using CO2 laser cutting, CNC milling and vertical saw machine. As a result, CO2 laser cut produced the best cut quality in comparison to other competing machining processes. 2012-09-20 Conference or Workshop Item PeerReviewed application/pdf en http://eprints.um.edu.my/8699/1/Investigation_of_Surface_Roughness_in_Machining_Oil_Palm_Wood.pdf Harizam, M.Z. and Nukman, Y. and Anis, M. and Tamrin, K.F. (2012) Investigation of surface roughness in machining oil palm wood. In: MPOB International Oil Palm Biomass Conference 2012, 20-21 September 2012, Kuala Lumpur, Malaysia. (In Press)
spellingShingle TJ Mechanical engineering and machinery
Harizam, M.Z.
Nukman, Y.
Anis, M.
Tamrin, K.F.
Investigation of surface roughness in machining oil palm wood
title Investigation of surface roughness in machining oil palm wood
title_full Investigation of surface roughness in machining oil palm wood
title_fullStr Investigation of surface roughness in machining oil palm wood
title_full_unstemmed Investigation of surface roughness in machining oil palm wood
title_short Investigation of surface roughness in machining oil palm wood
title_sort investigation of surface roughness in machining oil palm wood
topic TJ Mechanical engineering and machinery
url http://eprints.um.edu.my/8699/1/Investigation_of_Surface_Roughness_in_Machining_Oil_Palm_Wood.pdf
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