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DESIRABLE STRENGTH DISTRIBUTION FOR ASYMMETRIC STRUCTURES WITH STRENGTH-STIFFNESS DEPENDENT ELEMENTS

机译:具有强度刚度相关元素的非对称结构的理想强度分布

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Recent studies have shown that for many reinforced concrete lateral force-resisting elements (LFRE) stiffness is dependent on strength, and as a result strength assignment to these elements would affect both the strength and stiffness distributions in a structure. As a consequence, stiffness distribution cannot be considered known prior to strength assignment. This implies that in assigning strength to LFRE, the designer has the ability not only to prescribe the strength distribution, but also indirectly control the stiffness distribution in the structure. In this paper, a study is made on the seismic performance of a number of single-story structures to reconfirm that the "balanced CV-CR location" criterion, previously suggested by the writers, constitutes a desirable strength/stiffness distribution for minimising torsional response of asymmetric reinforced concrete structures.
机译:最近的研究表明,对于许多钢筋混凝土侧向抗力元件(LFRE)的刚度取决于强度,因此,为这些元件分配强度会影响结构中的强度和刚度分布。结果,在强度分配之前不能认为刚度分布是已知的。这意味着,在为LFRE分配强度时,设计人员不仅可以规定强度分布,还可以间接控制结构中的刚度分布。在本文中,对许多单层结构的抗震性能进行了研究,以确认作者先前提出的“平衡CV-CR位置”准则构成了使扭转响应最小的理想强度/刚度分布。不对称钢筋混凝土结构。

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