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Parameter Analysis and Practical Application of a New Steel Damper

机译:新型钢制减震器的参数分析及实际应用

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Steel damper is a new damper which is composed of steel pipe and curved steel bar. Because of simple production and good economic performance, It has good application prospect in large span structure, such as grid and reticulated shell. On the base of introducing the basic structure of steel damper and considering nonlinear properties of material, finite element software ANSYS was used to establish the calculation model. Influence to damper performance with parameters variation is analyzed in this article, then seismic performance of spherical reticulated shell installed with damper is researched. The results of study show that the steel damper is good in seismic performance, and has good enhancement effect to seismic performance of large span structure, such as grid and reticulated.
机译:钢制阻尼器是一种新型阻尼器,由钢管和弯曲钢筋组成。由于生产简单,经济性能好,在大跨度结构如格栅,网壳等方面具有良好的应用前景。在介绍钢制减振器基本结构的基础上,考虑材料的非线性特性,利用有限元软件ANSYS建立了计算模型。分析了参数变化对减振器性能的影响,然后研究了装有减振器的球形网壳的抗震性能。研究结果表明,钢制减振器具有良好的抗震性能,对大跨度结构如网格和网状结构的抗震性能具有良好的增强作用。

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