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Calculation of Blast Loads for Application to Structural Components. Administrative Arrangement No JRC 32253-2011 with DG-HOMEActivity A5 - Blast Simulation Technology Development

机译:用于结构构件的爆炸载荷计算。 DG-HOME的行政安排第JRC 32253-2011活动A5-爆炸模拟技术开发

摘要

This technical report describes a procedure that can be followed for the calculation of the loads to be applied to a structure as a consequence of a blast. The report considers explosions taking place outside a building, which are not addressed directly at the relevant European Standards (Eurocode EN1991-1-7) dealing with accidental loading scenarios. The aim is the production of a simple, self-contained guide enabling the structural engineer to conduct a preliminary design of buildings for possible terrorist attacks. Aspects of the theory of blast waves have been included at an introductory level. The approach of the empirical methods for the prediction of blast loads has been chosen, which is more straightforward and has resulted from extensive experimental testing. For the determination of the main blast parameters, several graphs and diagrams have been included, which have been collected and properly adapted from several authoritative sources. This should make the load calculation procedure easier to grasp and less demanding in terms of mathematical complexity and computational capacity. Selected case studies are also presented in order to demonstrate through simplified examples the steps that must be followed for the calculation of blast pressures on the surfaces of a structure.
机译:该技术报告介绍了一种计算爆炸后施加到结构上的载荷所遵循的程序。该报告考虑了爆炸发生在建筑物外,有关意外载荷情况的相关欧洲标准(Eurocode EN1991-1-7)并未直接解决爆炸问题。目的是制作一个简单,独立的指南,使结构工程师能够对可能的恐怖袭击进行建筑物的初步设计。爆炸波理论的各个方面已在入门级进行了介绍。选择了经验方法来预测爆炸载荷,这种方法更加简单明了,并且来自大量的实验测试。为了确定主要爆炸参数,已包括一些图形和图表,这些图形和图表已从多个权威来源收集并适当地进行了修改。这应该使负载计算过程更容易掌握,并且在数学复杂度和计算能力方面要求不高。还提供了一些案例研究,以通过简化的示例来演示计算结构表面爆炸压力时必须遵循的步骤。

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