Browse > Article

Mechanical Properties of Composite Materials Composed of Structural Steel and Structural Glued Laminated Timber  

Jang, Sangsik (Faculty of Environmental Science and Forest Resources. Chungnam National University)
Kim, Yunhui (Faculty of Environmental Science and Forest Resources. Chungnam National University)
Jang, Youngik (Faculty of Environmental Science and Forest Resources. Chungnam National University)
Publication Information
Journal of the Korean Wood Science and Technology / v.37, no.4, 2009 , pp. 300-309 More about this Journal
Abstract
The effective utilization of wood structure is encouraged to preserve natural resources and the global environment. Long-span and large-scale structures are preferred to promote demand for wood. This study attempts to develop new Fire-resistance Composite Material composed of Structural steel and Structural glued laminated timber for long-span and large-scale structures. Prior to take a fire-resistance test, compare properties of bending strength with Composite material composed of Structural steel and Structural glued laminated timber, structural steel and structural provides the stability of the structure, but the structural glued laminated timber has high value elasticity of bending. Using the Composite material will improve structural stability and Eco-friend construction environment.
Keywords
composite material; structural steel; structural glued laminated timber; bending;
Citations & Related Records
연도 인용수 순위
  • Reference
1 KS D 3052 열간 압연 평강의 모양.치수 및 무게와 그 허용차, 2007
2 KS D 3503 일반 구조용 압연 강재, 2007
3 Andrew, H. 2001. Buchanan, Structural Design for Fire Safety, WILEY. pp. 273∼365
4 대한건축학회. 2005. 건축구조설계기준(KBC). 기문당
5 KS F 2257-1 건축 부재의 내화 시험 방법 - 일반 요구사항, 2005
6 KS F 4514 목구조용 철물, 2005
7 대한건축학회. 2006. 건축구조설계기준(KBC) 및 해설.기문당
8 KS F 2257-6 건축 부재의 내화 시험 장법 - 보의 성능조건, 2006
9 KS F 3021 구조용 집성재, 2005
10 Smulski, S. 1997. Engineered Wood Products, pp.173∼192, pp. 275∼294