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Research on Design Method of Combined Steel Lead Energy Dissipation Structure

机译:钢铅耗能结构组合的设计方法研究

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Construction and control principle of the new combined steel lead damper (NCSLD) were introduced, pseudo-static tests of NCSLD which would be used in the subsequent shaking table tests were carried out for the study of its mechanical properties using electro-hydraulic servo press-shear machine. Structural seismic design procedure using NCSLD is presented. An engineering example of seismic strengthening using NCSLD is provided. Results of tests and analyses indicate that NCSLD has full hysteresis loops which take on bilinearity; NCSLD is of strong energy dissipation ability and has obvious control effects for structural inter-story displacement and acceleration reactions.
机译:介绍了新联合钢铅阻尼器(NCSLD)的施工和控制原理,进行了NCSLD的伪静态试验,用于使用电液伺服压力机研究其机械性能的研究。剪切机。提出了使用NCSLD的结构地震设计程序。提供了使用NCSLD的地震强化的工程例。测试和分析结果表明,NCSLD具有携带双线性的全滞后环; NCSLD具有强大的能量耗散能力,对结构性际位移和加速反应具有明显的控制效应。

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