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Engineered wood I-joist composites using corrugated web panels made of hardwood veneers

机译:使用硬木贴面制成的波纹状腹板设计的工控工字钢复合材料

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摘要

The increasing need for construction materials coupled with the decreasing quality and quantity of available raw materials triggered innovations and research work to meet the challenges of demand and supply. Wood composite I-joists represent an efficient use of materials for structural applications. However, the buckling characteristics of these composite panels discourage the use of I-joists under heavy concentrated loads. This presentation summarizes the results of an ongoing research project to increase the lateral torsion and in-plane stability of these materials. The focus of the article is on the experimental phase of the study. Different sources of potential raw materials, the physical and mechanical properties of the proposed furnish, composite formulation methodologies, different end joint types of the web panels, and web-flanges connection are discussed.
机译:对建筑材料的需求不断增长,加上可用原材料的质量和数量不断下降,引发了创新和研究工作,以应对需求和供应的挑战。木质复合工字梁代表了结构应用中材料的有效利用。但是,这些复合板的屈曲特性不鼓励在高集中载荷下使用工字梁。本演讲总结了一个正在进行的研究项目的结果,该项目旨在增加这些材料的横向扭转和平面内稳定性。本文的重点是研究的实验阶段。讨论了潜在原材料的不同来源,拟议配料的物理和机械性能,复合配方方法,腹板的不同末端接头类型以及腹板-法兰连接。

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