（1 南京林业大学园林植物系， 南京 210037;  2 南京林业大学木结构建筑系， 南京 210037）

［摘要］介绍了轻型木结构墙面板用结构胶合板抗冲击性能试验的条件、装置和方法，并根据欧洲标准研制了加载装置，研究了结构胶合板在冲击载荷下的结构性能。试验结果表明：同一树种、不同厚度的结构胶合板，厚度越大，抗冲击性能越强；同一树种、同一厚度的结构胶合板，芯板越厚（层数越少），抗冲击性能越好；同一树种的结构胶合板厚度和层数相同时，随着芯板厚度的增加，抗冲击性能有变差的趋势；意杨结构胶合板的抗冲击性能优于桉木结构胶合板。

［关键词］轻型木结构； 墙面板； 结构胶合板； 冲击性能

中图分类号：TU366-2文献标识码：A文章编号：1002-848X(2017)02-0081-03

Impact property experiment on structural plywood for wall panels in light wood frame structure

Wang Feibin1, Zhang Xiaolan2, Que Zeli2,  Li Zherui2

(1 Department of Landscape plant, Nanjing Forestry University, Nanjing 210037,  China;2 Department of Wooden Structure Construction Engineering, Nanjing Forestry University,  Nanjing 210037,  China)

Abstract:The experimental conditions, equipment and methods  of the impact property experiment on  structural plywood used in wall panels of light wood frame structure were introduced. According to the requirement of  European standard, a loading device was developed to study structural performance of  structural plywood under impact load. The experimental results show that for the structural plywood with the same species in different thicknesses, the impact property is in proportional to the thickness. For the structural plywood with the same species and thickness, the impact property is in inverse proportion to the thickness of the core veneer. For the structural plywood with the same thickness and layers of same species, the impact property has tendency to get worse with the  thickness increase of the core veneer. Impact property of poplar structure plywood is better than that of eucalyptus plywood.

Keywords:light wood frame structure; wall panel; structural plywood; impact property

*“十二五”国家科技计划（2015BAD14B05），江苏省优势学科建设工程资助项目(PAPD)。

作者简介：王菲彬，硕士，讲师，Email:156096113@qq.com。