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Dimension Stability by Bonding Layers of Glulam  

Hwang, Kweonhwan (Division of Wood Engineering, Department of Forest Products, Korea Forest Research Institute)
Park, Joo-Saeng (Division of Wood Engineering, Department of Forest Products, Korea Forest Research Institute)
Publication Information
Journal of the Korean Wood Science and Technology / v.36, no.6, 2008 , pp. 88-95 More about this Journal
Abstract
The shrinkage of wood members after construction has been a greater and common concern in wooden buildings with the durability. Particularly, the traditional structure applying solid members actively is easily exposed to the shrinkage that caused by the joints, members, and walls. Moreover, even though domestic larch glulam members are widespread recently in the post-beam construction, the shrinkage (swelling) problem is still the critical defect on the wooden structures by the moisture content change in Korea. Various moisture contents were applied for the specimens to survey the dimensional changes for Japanese larch solid and glulam specimens, and the glulam specimens varied in the number of their laminations. Test results showed that glulam specimens with over 3 bonding layers showed good dimension stabilities. Therefore, to solve the shrinkage problem, sufficient drying fitted to the end-use service conditions should be conducted on the solid or glulam members can be applied.
Keywords
Shrinkage; solid; glulam; Japanese larch; lamination;
Citations & Related Records
Times Cited By KSCI : 2  (Citation Analysis)
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1 변희섭, 이원희, 박병수, 정성호, 강호양. 2008. 국산재의 응용물성연구II : 잣나무 낙엽송의 수분흡착성 및 열적.전기적.음향적 성질. 목재공학 36(4): 1-10.
2 한국표준협회. 2001b. 목재의 함수율 측정 방법. KS F 2199.
3 한국표준협회. 2002. 침엽수 구조용재. KS F 3020
4 대한건축학회. 2005. 건축구조설계기준 및 해설.
5 이필우 외 9인. 1981. 목재공학. 향문사.
6 임업연구원. 1994. 한국산 주요목재의 성질과 용도. 연구자료 제95호.
7 한국표준협회. 2001a. 목재의 밀도 및 비중 측정 방법. KS F 2198.
8 한국표준협회. 2004. 목재의 수축률 시험 방법. KS F 2203.
9 황권환, 박문재. 2008. 오에스비에 대한 각종 부재의 못전단성능. 목재공학 36(4): 66-76.
10 伏谷賢美 外 8人 共著. 1985. 木材の物理(木材の科学2). 文永堂.