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Engineering Objectives for Performance-Based Wind Design

机译:基于性能的风设计的工程目标

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Performance Based Design considering response to wind demands requires definition of hazard, quantification of the building response, and corresponding acceptance thresholds for various building component actions. Within seismic engineering, two initiatives conducted at about the same time: ATC-33 which led to development of the FEMA 273/274 (1997) rehabilitation guidelines and SEAOC Vision 2000 (1995), made major advances in the definition of the expected seismic performance of buildings designed to conform to the building code by establishing performance matrices covering a spectrum of seismic hazards and associated response for frequent through very rare seismic events. To date, similar evaluations of wind risk and wind response have been discussed in the literature but not concisely established. The purpose of this paper is to present the authors' viewpoints of the overall Performance Based Wind Design (PBWE) approach, including wind risk, engineering approaches, and appropriate structural response, in order to further inform policy makers, building owners, and the general public regarding building response to common through rare wind events.
机译:考虑到对风需求的响应的基于性能的设计要求定义危害,量化建筑物响应以及各种建筑物组件动作的相应验收阈值。在地震工程领域内,大约同时进行了两项举措:ATC-33导致制定了FEMA 273/274(1997)修复指南和SEAOC Vision 2000(1995),在预期地震性能的定义方面取得了重大进展通过建立性能矩阵来涵盖建筑的规范,这些性能矩阵涵盖了一系列地震灾害和相关响应,适用于非常罕见的地震事件。迄今为止,文献中已经讨论了风能风险和风能响应的类似评估,但还没有得到简要介绍。本文的目的是介绍作者对基于性能的整体风能设计(PBWE)方法的观点,包括风能风险,工程方法和适当的结构响应,以便进一步为政策制定者,建筑物所有者和一般用户提供信息。公众关于通过罕见的风事件来建立对常见事件的响应

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