拉丁美洲城市的弹性建筑MIC (BIM)作为一种综合方法

Moisés Bustos Álvarez, Tomás E. Sosa Pedroza
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引用次数: 0

摘要

拉丁美洲地区持续遭受多种自然灾害,主要是由于两种现象:智利、秘鲁、厄瓜多尔、玻利维亚和墨西哥等国的地震,以及主要在加勒比地区的飓风。只要记住2010年和2016年在海地发生的事件以及2019年9月在巴哈马发生的事件。世界各地的机构,特别是遭受严重地震活动的国家(日本、伊朗、智利、美国和墨西哥)的机构提出了所谓的“结构恢复力”,即在地震或气象事件发生后的数小时或数天内,人和建筑物都能恢复日常活动,考虑到里氏9级左右的震级,医院等建筑物必须在事件发生期间和之后保持运行。我们认为,建筑信息模型(在墨西哥MIC)应该是集成这些标准和概念的方法,并将其具体化。这个过程考虑了所有专业的数字建模,它们之间的协作工作,以及在建筑的规划、设计、施工和管理阶段生成数据库。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Edificaciones resilientes para las urbes latinoamericanas. MIC (BIM) como metodología integradora
Latin American region suffers continuously from several natural disasters, basically due to two types of phenomena: earthquakes in countries such as Chile, Peru, Ecuador, Bolivia and Mexico, as well as hurricanes, mainly in the Caribbean. Just remember the events in Haiti in 2010 and 2016 and in the Bahamas in September 2019. Institutions around the world, particularly in countries that suffer from significant seismic activity (Japan, Iran, Chile, United States and Mexico) have proposed what its known as “Structural Resilience” which establishes that both people and buildings resume their daily activities in the hours or days after a seismic or meteorological event, buildings such as hospitals must remain in operation during and after the event considering a magnitude of about 9 degrees on the Richter scale. We believe that Building Information Modeling (in Mexico MIC) should be the methodology that integrates these criteria and concepts to take them to their materialization. This process considers the digital modeling of all specialties, the collaborative work between them, and the generation of a database during the planning, design, construction and management stages of the buildings.
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