首页> 外文会议>International symposium on bridge and structural engineering;IABSE symposium on large structures and infrastructures for environmentally constrained and urbanised areas >Structural and Architectural Design of Complex-Shaped Structures in Seismic Regions: Early Stages from a Practical Perspective
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Structural and Architectural Design of Complex-Shaped Structures in Seismic Regions: Early Stages from a Practical Perspective

机译:地震区复杂形状结构的结构和建筑设计:从实用角度看的早期阶段

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This paper attempts to fill the knowledge gap that is encountered in the structural and architecturalrndesign of complex-shaped buildings in seismic prone regions. In a combined effort betweenrnacademia and practice the challenges involved in the seismic design of complex geometry structuresrnhave been analyzed through a number of complex-shaped case study structures. Several parametricrnstudies on the seismic performance of typical complex geometry components have been performedrnfor the design situation where the complex geometry does contribute to the lateral stability. In therncase it doesn’t, the principles of a previously proposed innovative design solution are shown thatrninvolves the isolation of external irregular parts of the structure from the regular interior one. Thernfindings have been formulated as generic design recommendations, aiming to aid the early stages ofrncomparable designs.
机译:本文试图弥补地震易发地区复杂形状建筑物的结构和建筑设计中遇到的知识空白。在学术界和实践界的共同努力下,已经通过许多复杂形状的案例研究结构来分析复杂几何结构的抗震设计所面临的挑战。针对复杂几何形状确实有助于侧向稳定性的设计情况,已对典型复杂几何形状构件的抗震性能进行了一些参数研究。在这种情况下,显示了先前提出的创新设计解决方案的原理,其中涉及将结构的外部不规则部分与规则的内部部分隔离。搜索结果已被制定为通用设计建议,旨在帮助可比设计的早期阶段。

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