期刊名称：Lecture Notes in Engineering and Computer Science
印刷版ISSN：2078-0958
电子版ISSN：2078-0966
出版年度：2018
卷号：2231&2232
页码：747-751
出版社：Newswood and International Association of Engineers
摘要：Post-disaster reconstruction is a highly complex
process that requires many resources, capacities, and skills.
Unfortunately, the general population and humanitarian
organizations in Peru lack these requirements, whether due to a
lack of experience or interest. Post-disaster housing
reconstruction programs play a very important role in early
recovery by victims. Such housing also helps restore the
dignity and the means of subsistence of communities affected by
a disaster.
In March 2017, the Piura region was affected by the Coastal
El Niño phenomenon. This weather event included heavy
rainfall of a kind not seen in the last 18 years, causing the Piura
River to overflow its banks and leaving behind over
105,369,000 damaged houses in the region. In response to this
event, the Universidad de Piura (UDEP) developed a
reconstruction program for 12 post-disaster housing units,
known as “Vivienda Segura” (“Safe Housing”), in the towns La
Campiña and Pedregal Grande, in the district of Catacaos,
Piura.
In view of the work done by the professionals from the
UDEP, the objective of this article is to determine quality
indicators for the reconstruction of post-disaster housing based
on two key standards: habitability and durability. The
methodology used is that of the case study, which includes
interviews with experts, professional involved in this
reconstruction program, and above all, members of the affected
families. These quality indicators, which are currently
nonexistent in Peru, will serve as the basis for the
reconstruction of different types of post-disaster housing in a
range of scenarios.
关键词：Diary factory; Plant Modeling and
Simulation; Process Flow chart; Plant Layout; Layout
assessment and improvement;
