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An advanced seismic protection technology: the damped cable system

机译:先进地震保护技术:阻尼电缆系统

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Selected topics from structural studies carried out on the damped cable system are presented herein. This seismic protection technique has been the subject of a European Community-funded Research Project, recently completed, where it was detailed, implemented, and assessed from analytical/numerical, experimental, architectural, and economic viewpoints. This allowed establishing the required scientific and technological basis for bringing the system to an industrial level. After a general framing of the system characteristics, this paper offers a demonstration of the on-site experimental section of the Project, developed on a full-scale mock-up retrofitted by damped cables. An example design of the system follows, with regards to the seismic rehabilitation of a medium-rise steel office building, representative of one of its preferential fields of application. Attainment of the enhanced performance objectives assumed in this design highlights the potentialities of damped cables as an advanced seismic-control strategy for framed structures.
机译:这里提出了在阻尼电缆系统上进行的结构研究的所选主题。这种地震保护技术一直是欧洲社区资助的研究项目的主题,最近完成,其中详细,实施和评估了分析/数值,实验,建筑和经济观点。这允许建立所需的科技依据,使系统成为工业水平。在一般框架的系统特征框架之后,本文提供了该项目现场实验部分的演示,这些部分由阻尼电缆​​的全面模型改装开发。关于中上层钢铁办公楼的地震康复的系统的一个示例设计,代表其优惠领域之一。在这种设计中获得增强的性能目标突出了阻尼电缆作为框架结构的先进地震控制策略的潜力。

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