首页> 外文期刊>Journal of Earthquake Engineering >Seismic Fragility Evaluation of RC Frame Structures Retrofitted with Controlled Concrete Rocking Column and Damping Technique
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Seismic Fragility Evaluation of RC Frame Structures Retrofitted with Controlled Concrete Rocking Column and Damping Technique

机译:钢筋混凝土摇摆柱加阻尼技术对钢筋混凝土框架结构的抗震性评估

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摘要

Acceleration response of simple yielding structure is proportional to its own weight, but it is limited by yield strength. Thus, using rocking columns that reduces global yield strength, a limited acceleration is achieved. However, the displacement becomes large due to lower strength and higher inelasticity, but it can be controlled by adding damping. Performing fragility analyses, the seismic response of R/C frame structures with rocking columns and viscous dampers is investigated. Near field MCEER ground motions are considered. The analyses show that the story accelerations are reduced by using rocking columns, while the story displacements are controlled by using viscous dampers.
机译:简单屈服结构的加速度响应与其自身重量成正比,但受屈服强度的限制。因此,使用降低整体屈服强度的摇摆柱,可获得有限的加速度。然而,由于较低的强度和较高的非弹性,位移变大,但是可以通过增加阻尼来控制位移。通过进行脆性分析,研究了带有摇杆和粘性阻尼器的R / C框架结构的地震响应。考虑了近场MCEER地面运动。分析表明,使用摇摆柱降低了故事的加速度,而使用粘性阻尼器控制了故事的位移。

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