Development Of Berapak Composite As A Core Material For High Resilient Sports Equipment
The berapak (bamboo internal skin) is a material produced from bamboo that has the potential to be made as the alternative materials to replace timber and polymers. Studies by researchers have shown that berapak material is suitable for manufactured products with high endurance like bicycle fr...
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my.unimas.ir.210602018-08-01T08:24:01Z http://ir.unimas.my/id/eprint/21060/ Development Of Berapak Composite As A Core Material For High Resilient Sports Equipment Soovirehn, a/l Epeng Mastika, Lamat Muhammad Firdaus, Abong Abdullah H Social Sciences (General) The berapak (bamboo internal skin) is a material produced from bamboo that has the potential to be made as the alternative materials to replace timber and polymers. Studies by researchers have shown that berapak material is suitable for manufactured products with high endurance like bicycle frameworks and automotive components. Research identifying the potential of this material is still at its early stages. Experiments with different types of adhesives have shown variations in terms of strengths and compression levels. There are three samples produced to test the berapak material resistance level. The first sample consists of 100% berapak material, the second sample is of a carbon fibre composite and the third sample is of a glass fibre composite. Results from the tests carried out indicate there are differences in the resistance level, sample weight and test graphs. UNIMAS Publisher 2018-06-29 E-Article PeerReviewed text en http://ir.unimas.my/id/eprint/21060/7/DEVELOPMENT%20OF%20BERAPAK%20%28ABSTRACT%29.pdf Soovirehn, a/l Epeng and Mastika, Lamat and Muhammad Firdaus, Abong Abdullah (2018) Development Of Berapak Composite As A Core Material For High Resilient Sports Equipment. International Journal of Applied and Creative Arts, 1 (1). pp. 22-31. ISSN 2636-9427 http://publisher.unimas.my/ojs/index.php/IJACA |
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H Social Sciences (General) Soovirehn, a/l Epeng Mastika, Lamat Muhammad Firdaus, Abong Abdullah Development Of Berapak Composite As A Core Material For High Resilient Sports Equipment |
description |
The berapak (bamboo internal skin) is a material
produced from bamboo that has the potential to be
made as the alternative materials to replace timber
and polymers. Studies by researchers have shown
that berapak material is suitable for manufactured
products with high endurance like bicycle
frameworks and automotive components. Research
identifying the potential of this material is still at its
early stages. Experiments with different types of
adhesives have shown variations in terms of
strengths and compression levels. There are three
samples produced to test the berapak material
resistance level. The first sample consists of 100%
berapak material, the second sample is of a carbon
fibre composite and the third sample is of a glass
fibre composite. Results from the tests carried out
indicate there are differences in the resistance level,
sample weight and test graphs. |
format |
E-Article |
author |
Soovirehn, a/l Epeng Mastika, Lamat Muhammad Firdaus, Abong Abdullah |
author_facet |
Soovirehn, a/l Epeng Mastika, Lamat Muhammad Firdaus, Abong Abdullah |
author_sort |
Soovirehn, a/l Epeng |
title |
Development Of Berapak Composite As A Core Material For High Resilient Sports Equipment |
title_short |
Development Of Berapak Composite As A Core Material For High Resilient Sports Equipment |
title_full |
Development Of Berapak Composite As A Core Material For High Resilient Sports Equipment |
title_fullStr |
Development Of Berapak Composite As A Core Material For High Resilient Sports Equipment |
title_full_unstemmed |
Development Of Berapak Composite As A Core Material For High Resilient Sports Equipment |
title_sort |
development of berapak composite as a core material for high resilient sports equipment |
publisher |
UNIMAS Publisher |
publishDate |
2018 |
url |
http://ir.unimas.my/id/eprint/21060/7/DEVELOPMENT%20OF%20BERAPAK%20%28ABSTRACT%29.pdf http://ir.unimas.my/id/eprint/21060/ http://publisher.unimas.my/ojs/index.php/IJACA |
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13.18916 |