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Engineering models for catastrophe risk and their application to insurance

机译:巨灾风险的工程模型及其在保险中的应用

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Internationally earthquake insurance, like all other insurance (fire, auto), adopted actuarial approach in the past, which is, based on historical loss experience to determine insurance rate. Due to the fact that earthquake is a rare event with severe consequence, irrational determination of premium rate and lack of understanding scale of potential loss led to many insurance companies insolvent after Northridge earthquake in 1994. Along with recent advances in earth science, computer science and engineering, computerized loss estimation methodologies based on first principles have been developed to the point that losses from destructive earthquakes can be quantified with reasonable accuracy using scientific modeling techniques. This paper intends to introduce how engineering models can assist to quantify earthquake risk and how insurance industry can use this information to manage their risk in the United States and abroad.
机译:与其他所有保险(火灾,汽车保险)一样,国际上的地震保险过去也采用精算方法,即根据历史损失经验来确定保险费率。由于地震是罕见的事件,造成了严重的后果,保费率的不合理确定以及对潜在损失的了解程度不足,导致许多保险公司在1994年北岭地震后破产。随着地球科学,计算机科学和计算机科学的最新进展,已经开发出基于第一原理的工程计算机化损失估算方法,以至于可以使用科学建模技术以合理的准确性量化破坏性地震造成的损失。本文旨在介绍工程模型如何协助量化地震风险,以及保险业如何利用这些信息来管理美国和国外的地震风险。

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