Effect of Thickness and Radius on the Springback of Bent Rubberwood
Knowledge on springback and moisture uptake is necessary in assessing the potential use of bentwood in furniture industry. In this study Rubberwood was used for making bentwood. Factors such as storing condition, thickness and radius on the bending properties were studied. The specimens were plas...
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| Main Author: | |
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| Format: | Project Paper Report |
| Language: | English English |
| Published: |
2001
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| Subjects: | |
| Online Access: | http://psasir.upm.edu.my/id/eprint/10072/1/FH_2001_23.pdf http://psasir.upm.edu.my/id/eprint/10072/ |
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| Summary: | Knowledge on springback and moisture uptake is necessary in assessing the
potential use of bentwood in furniture industry. In this study Rubberwood was used for
making bentwood. Factors such as storing condition, thickness and radius on the bending
properties were studied. The specimens were plasticised by soaking in hot water for 1
hour and steamed for 25 minutes. The specimens were placed inside a stainless steel strap
and pressed in a moulded hot press at three radius of curvatures (600mm, 900mm and
1200mm). The bent specimen was further heated for setting the bentwood. The
springback assessments were carried out by exposing the bentwood to two different
conditions: workshop (23.0°C to 33.5°C and RH 67 % to 96%) and air-conditioned
room (25°C and RH 70%).
The results show the springback and the moisture uptake were high in the
workshop condition. Storage condition and thickness had significant effect influence on
the moisture uptake and springback but radius has no significant difference.
Air-conditioned room can be used as storage for bentwood in order to minimise
the moisture uptake and springback. The thicker bentwood had the lowest springback and
moisture uptake. There was a strong linear relationship between the springback and the
moisture uptake. |
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