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UPCOMING SEISMIC DESIGN PROVISIONS FOR ARCHITECTURAL GLASS -- AND A CURTAIN WALL SYSTEM TO ADDRESS THEM

机译:即将到来的建筑玻璃的地震设计规定 - 以及幕墙系统来解决它们

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Upcoming revisions to the 1997 NEHRP Recommended Provisions for the Seismic Regulations for New Buildings and Other Structures (FEMA 302) include first-generation seismic design provisions written specifically for architectural glass components. Scheduled for publication by EEMA in 2001, the 2000 NEHRP Provisions will increase the amount of design attention paid to seismic life safety issues associated with architectural glass components in exterior building wall systems. An "Earthquake-Isolated Curtain Wall System" (EICWS) has been developed and tested successfully in the Building Envelope Research Laboratory at Penn State University. By decoupling each story level of the wall system structurally from adjacent story levels, the EICWS has shown an inherent ability to accommodate large interstory displacements in the vertical, horizontal and out-of-plane directions without jeopardizing life safety or compromising wall system serviceability. Thus, the EICWS has demonstrated an inherent ability to satisfy and exceed, by a wide margin, the proposed seismic design provisions for architectural glass in the 2000 NEHRP Provisions.
机译:即将到1997年的Nehrp建议对新建筑物和其他结构(FEMA 302)的地震规定的建议规定提供了专门为建筑玻璃组件的第一代地震设计规定。计划于2001年通过EEMA出版,2000年的NEHRP规定将增加与外部建筑物墙系统中的建筑玻璃部件相关的地震生命安全问题支付的设计注意力。在宾夕法尼亚州立大学建筑信封研究实验室成功开发并测试了“地震隔离幕墙系统”(EICWS)。通过结构地从相邻的故事水平解耦了每个墙系统的每个故事水平,EICWS都示出了固有的能力,以适应垂直,水平和平面方向上的大型壁位移,而不会危及寿命安全或损害墙体系统可用性。因此,EICWS已经证明了2000年NEHRP规定中建筑玻璃所提出的地震设计规定的固有能力。

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