摘要
系统阐述了地震动特性对结构破坏的影响、工程上增加阻尼的4种方式及研究材料滞回耗能的指导思想,首次提出开发Fe/Zn抗震复合材料的构想.研究了开发Fe/Zn抗震复合材料的实验基础,提出了Fe/Zn抗震复合材料的力学模型及其设计方案,并结合工程实践展望了Fe/Zn抗震复合材料的应用前景.
The influence of the construction break from the earthquake's characteristics and four kinds of methods of the increment damping and studying composite sluggish consumed energy guiding ideology are studied. A proposition of developing Fe/Zn anti-earthquake composite is first put forward. Experiment foundation of developing Fe/Zn anti-earthquake composite is studied. A Fe/Zn anti-earthquake composite mechanics model and its design projects of the composite are put forward, combining the combinative engineering fulfillment outlook on the applied foreground of Fe/Zn anti-earthquake composite.
出处
《材料科学与工艺》
EI
CAS
CSCD
2004年第2期220-224,共5页
Materials Science and Technology
基金
长春市科技攻关计划项目(03-045G18).
