Mechanical and physical properties of hybrid oil palm-rubberwood engineered veneer lumber (HOPREV) for furniture components / Mohd Hafiz Musa

Mechanical and physical properties of hybrid oil palm-rubberwood engineered veneer lumber (HOPREV) for furniture components / Mohd Hafiz Musa

The main objective of this study was to evaluate some of the mechanical and physical properties of Hybrid Oil Palm-Rubberwood Engineered Veneer Lumber (HOPREV). This study evaluated the affect of different binders (urea formaldehyde as control sample (HOPREV I) and polyethylene with fiber glass (HOP...

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Main Author: Musa, Mohd Hafiz
Format: Thesis
Language:English
Published: 2011
Online Access:https://ir.uitm.edu.my/id/eprint/17628/2/TM_MOHD%20HAFIZ%20MUSA%20AS%2011_5.pdf
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spelling my-uitm-ir.176282022-04-06T05:33:56Z Mechanical and physical properties of hybrid oil palm-rubberwood engineered veneer lumber (HOPREV) for furniture components / Mohd Hafiz Musa 2011-08 Musa, Mohd Hafiz The main objective of this study was to evaluate some of the mechanical and physical properties of Hybrid Oil Palm-Rubberwood Engineered Veneer Lumber (HOPREV). This study evaluated the affect of different binders (urea formaldehyde as control sample (HOPREV I) and polyethylene with fiber glass (HOPREV II), hot press pressures (17.24 kg/cm² (1200psi) and 25.86 kg/cm² (1800psi)) and pressing times (10 and 20 minutes) on the HOPREV. In the mechanical test, bending, shear and screw withdrawal strength were determined. Thickness swelling, water absorption, delamination and density were investigated in the physical test. Based on the results tested, HOPREV II pressed at hot press pressure of 25.86 kg/cm² (1800psi) for 10 minutes showed the best mechanical and physical properties compared to the other test samples. Both HOPREV I and II showed improvement in mechanical and physical properties as the specific pressure increase. Mechanical and physical properties of HOPREV I also become better as pressing time was increased except for HOPREV II pressed for 10 minutes that showed better properties compared to HOPREV II pressed for 20 minutes. However, both HOPREV I and HOPREV II passed the standards BS EN 312-3: 1996, BS 5669: Part 1:1989 Section Three, BS EN 314-2:1993, BS EN 312-4: 1996 and JAS 233: 2003 for interior purposes in dry condition. HOPREV II performed better, but HOPREV I would be a better choice as it would be cheaper to produce. Therefore HOPREV I could be marketed at a more competitive price. 2011-08 Thesis https://ir.uitm.edu.my/id/eprint/17628/ https://ir.uitm.edu.my/id/eprint/17628/2/TM_MOHD%20HAFIZ%20MUSA%20AS%2011_5.pdf text en public mphil masters Universiti Teknologi MARA Faculty of Applied Sciences Jamaluddin, Mohd Ariff (Professor Madya Dr) Saleh, Abdul Hamid
institution Universiti Teknologi MARA
collection UiTM Institutional Repository
language English
advisor Jamaluddin, Mohd Ariff (Professor Madya Dr)
Saleh, Abdul Hamid
description The main objective of this study was to evaluate some of the mechanical and physical properties of Hybrid Oil Palm-Rubberwood Engineered Veneer Lumber (HOPREV). This study evaluated the affect of different binders (urea formaldehyde as control sample (HOPREV I) and polyethylene with fiber glass (HOPREV II), hot press pressures (17.24 kg/cm² (1200psi) and 25.86 kg/cm² (1800psi)) and pressing times (10 and 20 minutes) on the HOPREV. In the mechanical test, bending, shear and screw withdrawal strength were determined. Thickness swelling, water absorption, delamination and density were investigated in the physical test. Based on the results tested, HOPREV II pressed at hot press pressure of 25.86 kg/cm² (1800psi) for 10 minutes showed the best mechanical and physical properties compared to the other test samples. Both HOPREV I and II showed improvement in mechanical and physical properties as the specific pressure increase. Mechanical and physical properties of HOPREV I also become better as pressing time was increased except for HOPREV II pressed for 10 minutes that showed better properties compared to HOPREV II pressed for 20 minutes. However, both HOPREV I and HOPREV II passed the standards BS EN 312-3: 1996, BS 5669: Part 1:1989 Section Three, BS EN 314-2:1993, BS EN 312-4: 1996 and JAS 233: 2003 for interior purposes in dry condition. HOPREV II performed better, but HOPREV I would be a better choice as it would be cheaper to produce. Therefore HOPREV I could be marketed at a more competitive price.
format Thesis
qualification_name Master of Philosophy (M.Phil.)
qualification_level Master's degree
author Musa, Mohd Hafiz
spellingShingle Musa, Mohd Hafiz
Mechanical and physical properties of hybrid oil palm-rubberwood engineered veneer lumber (HOPREV) for furniture components / Mohd Hafiz Musa
author_facet Musa, Mohd Hafiz
author_sort Musa, Mohd Hafiz
title Mechanical and physical properties of hybrid oil palm-rubberwood engineered veneer lumber (HOPREV) for furniture components / Mohd Hafiz Musa
title_short Mechanical and physical properties of hybrid oil palm-rubberwood engineered veneer lumber (HOPREV) for furniture components / Mohd Hafiz Musa
title_full Mechanical and physical properties of hybrid oil palm-rubberwood engineered veneer lumber (HOPREV) for furniture components / Mohd Hafiz Musa
title_fullStr Mechanical and physical properties of hybrid oil palm-rubberwood engineered veneer lumber (HOPREV) for furniture components / Mohd Hafiz Musa
title_full_unstemmed Mechanical and physical properties of hybrid oil palm-rubberwood engineered veneer lumber (HOPREV) for furniture components / Mohd Hafiz Musa
title_sort mechanical and physical properties of hybrid oil palm-rubberwood engineered veneer lumber (hoprev) for furniture components / mohd hafiz musa
granting_institution Universiti Teknologi MARA
granting_department Faculty of Applied Sciences
publishDate 2011
url https://ir.uitm.edu.my/id/eprint/17628/2/TM_MOHD%20HAFIZ%20MUSA%20AS%2011_5.pdf
_version_ 1783733571488317440

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