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Chapter 6 Measures for Soft Target Protection Inspired in Other Blast Vulnerable Structures

机译:第六章其他爆炸易损建筑物的软目标防护措施

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The paper deals with an improvement of soft target safety. This need is recognized in Europe due to very scarce literature on this topic and due to a rising trend of terrorist attacks on unprotected targets. The effort is made to introduce the existing blast protection practices adopted by oil and gas sector. Typical type of explosion related to processing of oil and gas is described as well as traditional mitigation measures. The special attention is given to structural mitigation measure known as blast wall. The design approaches available in design guides and recommended practices are introduced and the benefit of finite element modeling is discussed. Furthermore, the commonly applied strategies for protection of soft targets are presented. Strengths and weaknesses of use of blast walls for soft target protection are evaluated. Some recent findings of other authors are presented, notably about behavior of panels with innovative typologies and panels made of aluminum, stainless steel and composites. The recently developed solution used in design of objects in seismically active areas is presented for improvement of blast wall energy dissipation. The proposed solution is suggested for use in facade systems, temporary protection of public spaces or multipurpose interior walls that provide protection against fire and blast to evacuation routes and muster zones.
机译:本文着眼于改善软目标安全性。在欧洲,由于有关该主题的文献很少,并且由于对不受保护的目标发动恐怖袭击的趋势呈上升趋势,因此已认识到这种需求。努力介绍石油和天然气部门采用的现有防爆保护措施。描述了与石油和天然气加工相关的典型爆炸类型以及传统的缓解措施。对结构缓解措施(爆破墙)给予了特别关注。介绍了设计指南和推荐的实践中可用的设计方法,并讨论了有限元建模的好处。此外,提出了保护软目标的常用策略。评估了使用爆破墙进行软目标防护的优缺点。介绍了其他作者的一些最新发现,特别是关于具有创新型式的面板以及由铝,不锈钢和复合材料制成的面板的性能。提出了用于地震活动区域物体设计的最新开发解决方案,以改善爆炸墙的能量耗散。建议将建议的解决方案用于立面系统,临时保护公共场所或多用途内墙,以防止火灾和爆炸,并疏散疏散路线和集会区。

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