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Dealing with earthquakes: the practice of seismic engineering 'as if people mattered'

机译:处理地震:地震工程的实践'仿佛人的重要性'

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This paper sets out to explore the different ways in which communities deal with earthquakes. As is well known, the ability to recover from a damaging earthquake varies greatly across the world. The events of 2010 were of course a striking reminder of this, when the death toll from the Haiti earthquake was at least 100,000; in the very different conditions of Chile, a much larger event the same year killed just 525 people. In a narrow sense, much of the difference can be explained in terms of the engineering properties of the physical infrastructure affected; the better it has been designed and constructed to withstand strong ground shaking, the greater the chance that the community affected has of recovering quickly. However, the central thesis of this paper is that the ability of a community to deal with earthquakes involves much more than just technical factors. Seismically resilient buildings and other infrastructure will only be in place when an earthquake strikes if there has been a willingness and ability to devote the necessary resources to building them. Moreover, taking prior steps to limit physical damage is only one part of the process for dealing with earthquakes; providing for immediate post-earthquake needs and for the longer term rebuilding of communities is also important. To pursue these issues further, and how they might affect engineers, I visited four widely differing regions of high seismicity. During this study tour, I examined the societal context in which seismic engineers operate and talked to many people involved in earthquake protection and response. The intention was to identify the ways in which the ability of communities to deal with earthquakes depend on societal factors such as economics, politics and more general cultural dimensions. Based on these investigations, I believe that seismic engineers can contribute more effectively to ensuring successful outcomes after an earthquake strikes if fully aware of these societal factors. We n
机译:本文旨在探索社区应对地震的不同方式。众所周知,从破坏性地震中恢复的能力在世界各地差异很大。2010年的事件当然令人震惊地提醒我们,海地地震造成的死亡人数至少为10万人;在智利截然不同的情况下,同年发生的一次规模更大的事件仅造成525人死亡。从狭义上讲,大部分差异可以用受影响的物理基础设施的工程特性来解释;它的设计和建造越能抵御强烈的地面震动,受影响社区迅速恢复的可能性就越大。然而,本文的中心论点是,社区应对地震的能力远不止技术因素。只有在有意愿和能力投入必要资源建造抗震建筑和其他基础设施的情况下,抗震建筑和其他基础设施才会在地震发生时到位。此外,事先采取措施限制物理破坏只是应对地震过程的一部分;提供地震后的即时需求和社区的长期重建也很重要。为了进一步探讨这些问题,以及它们可能会如何影响工程师,我访问了四个地震活动性大不相同的地区。在这次考察期间,我考察了地震工程师工作的社会背景,并与许多参与地震防护和响应的人进行了交谈。目的是确定社区应对地震的能力如何取决于社会因素,如经济、政治和更普遍的文化层面。基于这些调查,我相信地震工程师如果充分意识到这些社会因素,就能更有效地确保地震发生后的成功结果。我们

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