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CHALLENGES IN THE IMPLEMENTATION OF EARTHQUAKE DISASTER REDUCTION PROGRAMS

机译:抗灾减灾计划实施的挑战

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Results of the many efforts and programs carried out in the last decades to reduce earthquake losses are critically evaluated. Over time, earthquake damage has risen because the level of exposure, both in terms of number and value of goods and properties, has increased. It is also concluded that a significant vulnerability reduction has not yet been achieved in most countries, especially those in the developing world. The lack of a definite reduction is mainly attributed to the fact that proper knowledge and technologies have not reached those sectors involved in major parts of the construction process, namely non-specialized professionals and builders. In order to promote changes aimed at improving structure safety, the process through which construction practice evolves in these sectors should be understood. As an example, the development of "confined masonry construction" as a low-technology procedure, yet robust and redundant, directed to overcome the most critical inherent weaknesses of unreinforced masonry is described. Problems related to the implementation of earthquake-resistant reinforced concrete frame structures are examined in light of the experiences and lessons learned from recent strong earthquakes in modern cities as Mexico, Kobe and Istanbul. For non-engineered construction, solutions akin to the local practice and with a clearly understandable structural behavior and evident advantages should be promoted. For the general, typical, constructions, simplified design methods must be developed and disseminated. Additionally, simple, robust and redundant structural systems must be encouraged, such as walled structures, instead of bare moment-resistant frames. For important buildings, the participation of qualified professionals should be assured through the implementation of a registry of specialists strictly rated by peers and through peer-reviewing processes. It is tor this category of structures that an advanced seismic regulation is necessary; such requirements should have the general consensus of practitioners and academics.
机译:在过去几十年中进行的许多努力和方案的结果受到严重评估。随着时间的推移,由于货物和物业数量和价值而言,地震损坏已经上升,这两者都有增加。结论,大多数国家,尤其是发展中国家中的大多数国家,尚未实现显着脆弱性减少。缺乏明确的减少主要归因于,适当的知识和技术没有达到涉及建筑过程的主要部分的这些部门,即非专业专业人士和建筑商。为了促进旨在提高结构安全的变化,应理解这些部门在这些部门发展的过程。作为一个例子,描述了“狭窄的砌体建设”的发展,作为低技术程序,但坚固且冗余,指导克服了未原始的砌体的最关键的固有弱点。鉴于从墨西哥,神户和伊斯坦布尔的最近的强大地震所吸取的经验和经验,研究了与实现抗震钢筋混凝土框架结构的问题。对于非工程化结构,应促进类似于当地实践和明显理解的结构行为和明显优势的解决方案。对于一般,典型的,结构,简化的设计方法必须开发和传播。另外,必须鼓励简单,坚固且冗余的结构系统,例如墙壁结构,而不是裸矩形框架。对于重要建筑,应通过执行同行严格评估的专家注册处以及通过同行评审程序来确保合格专业人员的参与。这类结构是必要的先进地震规则的结构;这些要求应具有从业者和学者的一般共识。

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