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Seismic Behaviour of Strap-Braced LWS Structures: Shake Table Testing and Numerical Modelling

机译:带支撑LWS结构的地震行为:摇动台测试和数值模拟

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Nowadays Lightweight Steel (LWS) Constructions made with Cold-Formed Steel (CFS) profiles are currently used in seismic area, especially for residential buildings. The increasing use of these systems is accompanied by a large development of the research in this field. Indeed, the University of Naples "Federico II" has recently started an important collaboration with Lamieredil S.p.A. Company in order to investigate the seismic behaviour of strap-braced CFS systems through a series of shake-table tests, performed on two reduced-scale strap-braced structures. In addition, 3D numerical models were developed in OpenSees environment in order to simulate the dynamic/earthquake response of the whole structure, considering also the effect of the two different floor typologies. The present paper illustrates the main results of the shake-table testing and numerical modelling.
机译:如今,用冷成型钢(CFS)型材制造的轻质钢(LWS)结构目前用于地震区域,特别是用于住宅建筑物。越来越多地使用这些系统伴随着该领域的研究的大大发展。事实上,那不勒斯大学“Federico II”最近开始与Lamieredil SPA公司的重要合作,以便通过一系列摇动表测试来调查表带支撑CFS系统的地震行为,在两个减小的表带上进行支撑结构。此外,在开放式环境中开发了3D数值模型,以模拟整个结构的动态/地震响应,考虑到两个不同地板类型的效果。本文说明了抖动表测试和数值建模的主要结果。

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