单 位：
中国林业科学研究院木工所;国际竹藤网络中心
关键词：
风电叶片;复合材料;增强相;动态热机械分析(DMA);存储模量
摘 要：
利用动态热机械分析仪检测不同竹龄的毛竹,实验证明:在常温条件下,毛竹竹青的刚性随毛竹竹龄的增加而增加,当毛竹到了一定竹龄后,其竹青的刚性渐渐趋于稳定。一般5～6年生的成熟毛竹的竹青部分的常温存储模量位于10~(10)Pa(10GPa)数量级以上,一般能满足做为风力发电叶片复合材料中增强相材料的使用。因此,最佳的风力发电叶片复合材料增强相材料是5～6年生的成熟毛竹。
译 名：
Study on Bamboo Samples of Various Ages Tested by Dynamic Mechanical Thermal Analysis Instruments as Reinforcement Materials
作 者：
Huang Xiaodong Jiang Zehui Research Institute of International Center for Bamboo and Rattan(ICBR)Beijing 100102 Chen Ling Ren Haiqing Research Institute of Wood Industry Chinese Academy of Forestry Beijing 100091
关键词：
wind turbine blades;;composite material;;reinforcement;;dynamic mechanical thermal analysis(DMA);;storage modulus
摘 要：
The bamboo samples of various ages were tested by a Q800 dynamic mechanical thermal analysis (DMA)instrument.The results showed that the storage modulus of the outer layer of bamboo under air-tempera- ture conditions increased with the aging of bamboo,i.e.,the stiffness of bamboo increased with the increasing age of bamboo.However,up to a certain age,the stiffness of the outer layer of bamboo gradually remains constant. General speaking,the outer layer of 5～6 year-old bamboo has a storage modulus on the order of 10~(10)Pa(10GPa) under air-temperature conditions,which is definitely qualified as the reinforcement material for the wind turbine blades composites.Therefore,the out layers of bamboo of 5～6 year-old showed great potential to be used as the reinforcement materials of the wind turbine blades composite.
