林业科技开发2011，Vol.25Issue(5)：55-57,3.DOI:10.3969/j.issn.1000-8101.2011.05.014
竹木复合层积材的力学性能及耐老化性能
Mechanical and aging resistance properties of bamboo-wood composite LVL
摘要
Abstract
Bamboo-wood composite laminated veneer lumbers (LVL) with 3 densities were prepared in this study. The material chosen were bamboo strips near bamboo green and birch veneers. Mechanical properties of the boards and the influence of accelerated aging were studied. The results showed that in the density range from 0.9 to 1. lg/cm3, the values of MOR were above 220 MPa. The values of MOE were above 20 GPa. The values of compressive strength parallel to the grain were above 150 MPa. And the values of tensile strength parallel to the grain were above 200 MPa. All the strengths increased with the increase of board density. Accelerated aging test showed that the retention rate of board mechanical properties was more than 75% , showing a strong anti-aging ability.关键词
竹木复合层积材/力学性能/耐老化性能Key words
bamboo-wood composite LVL/ mechanical property/ aging resistant performance引用本文复制引用
张晓春,朱芋锭,蒋身学,张齐生..竹木复合层积材的力学性能及耐老化性能[J].林业科技开发,2011,25(5):55-57,3.基金项目
2010年度公益性行业科研专项“丛生竹高附加值建筑制品制造关键技术研究”(编号:201004005). （编号:201004005）
