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The Italian guidelines for seismic risk classification of constructions: technical principles and validation

机译:地震风险分类的意大利准则:技术原则和验证

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摘要

The Italian Guidelines for the seismic risk classification of constructions approved in February 2017 define the technical principles for exploiting tax deductions with respect to seismic strengthening interventions on existing buildings (Sismabonus). Tax deductions represent a unique opportunity to improve the seismic safety of the existing Italian building stock. The guidelines are very simple and allow practitioners to deal with the sophisticated concepts behind modern seismic design, such as expected annual losses (EAL) and repair costs (expressed as a fraction of the Reconstruction Cost: %RC). The seismic risk classes of buildings and the class upgrade due to strengthening interventions can be assessed using the principles included in the guidelines. The seismic risk class is the minimum between the class defined by the building safety index at the ultimate limit state and the one related to the EAL. The latter class depends on the area under the curve of the expected losses, which is easily obtained by computing the safety index converted in the return period (annual frequency) at different limit states and the relevant %RC. This paper illustrates the technical principles at the base of the guidelines and the procedure used to calibrate the repair costs associated with the different limit states using the actual repair costs monitored in the reconstruction process following recent Italian earthquakes. Finally, simple tools to estimate the cost of the strengthening interventions to improve the seismic capacity at the life-safety limit states are provided.
机译:2017年2月批准的建筑批准的建筑地震风险分类的意大利准则定义了利用税收扣除的技术原则,了解现有建筑物(Sismabonus)的地震加强干预措施。税收扣除代表了提高现有意大利建筑股的地震安全的独特机会。该指南非常简单,允许从业者处理现代地震设计背后的复杂概念,例如预期的年度损失(EAL)和维修费用(表达为重建成本的一小部分:%RC)。可以使用指南中包含的原则评估建筑物的地震风险等楼宇和课程升级。地震风险阶级是由终极极限状态的建筑安全指数和与EAL相关的课程所定义的课程之间的最小值。后一级取决于预期损耗曲线下的区域,这通过计算在不同限制状态下的返回期(年频率)中转换的安全指数和相关的%RC来容易获得。本文说明了指导原则基础的技术原则以及用于使用在最近的意大利地震之后重建过程中监测的实际修复成本进行校准与不同限制状态相关的修复成本的程序。最后,提供了简单的工具来估算加强干预措施的成本,以提高生命安全限额状态的地震能力。

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