Prototipo de un módulo web para evaluar el daño post-sísmico en la estructura de edificios, mediante el uso de indicadores de gestión para la toma de decisiones, caso de estudio: Universidad de Guayaquil.
Fecha
2018
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Universidad de Guayaquil. Facultad de Ciencias Matemáticas y Físicas. Carrera de Ingeniería En Sistemas Computacionales
Resumen
Es evidente de que los movimientos sísmicos pueden presentarse en cualquier momento y que es imposible predecirlos. No obstante, las secuelas que dejan los sismos como son los daños estructurales en edificios van de la mano según la intensidad de la que se dio el sismo. Al tener en claro todos factores que conciben los movimientos telúricos se propone elaborar un software en ambiente web, utilizando las herramientas con licencia open Source que permite el inventariado de los edificios con sus respectivos elementos estructurales, así como también que recoja información y genere un reporte sobre las causas que genera los daños estructurales causado por un sismo.
Las herramientas utilizas son php, JavaScript y PostgreSQL; tecnologías que facilitara el diseño y desarrollo del software, por parte de la metodología usada para la gestión del proyecto se hizo uso del modelo Cascada, el cual permite ordenar rigurosamente todas las etapas que conforman el proceso para el desarrollo del proyecto.
El proyecto de tesis estará destinado en beneficio de todas las entidades que necesiten realizar una evaluación a los edificios después de un sismo, como se tiene en claro, la Universidad de Guayaquil cuenta con varios edificios como parte de sus instalaciones, por lo cual el proyecto tiene una alta factibilidad ya que en caso de algún sismo se realice la evaluación usando el sistema desarrollado y de esta manera poder tomar decisiones de una manera más eficaces.
It is evident that seismic movements can occur at any time and that it is impossible to predict them. However, the consequences left by earthquakes such as structural damage to buildings go hand in hand with the intensity of the earthquake. By being clear about all factors that conceive the telluric movements, it is proposed to develop a software in a web environment, using the tools with open source license that allows the inventory of the buildings with their respective structural elements, as well as collecting information and generating a report on the causes generated by structural damage caused by an earthquake. The tools you use are php, JavaScript and PostgreSQL; technologies that facilitate the design and development of the software, on the part of the methodology used for the management of the project, the Cascada model was used, which allows to rigorously order all the stages that make up the process for the development of the project.The thesis project will be for the benefit of all entities that need to assess buildings after an earthquake, as is clear, the University of Guayaquil has several buildings as part of their facilities, so the project It has a high feasibility because in case of an earthquake the evaluation is carried out using the developed system and in this way to be able to make decisions in a more efficient way.
It is evident that seismic movements can occur at any time and that it is impossible to predict them. However, the consequences left by earthquakes such as structural damage to buildings go hand in hand with the intensity of the earthquake. By being clear about all factors that conceive the telluric movements, it is proposed to develop a software in a web environment, using the tools with open source license that allows the inventory of the buildings with their respective structural elements, as well as collecting information and generating a report on the causes generated by structural damage caused by an earthquake. The tools you use are php, JavaScript and PostgreSQL; technologies that facilitate the design and development of the software, on the part of the methodology used for the management of the project, the Cascada model was used, which allows to rigorously order all the stages that make up the process for the development of the project.The thesis project will be for the benefit of all entities that need to assess buildings after an earthquake, as is clear, the University of Guayaquil has several buildings as part of their facilities, so the project It has a high feasibility because in case of an earthquake the evaluation is carried out using the developed system and in this way to be able to make decisions in a more efficient way.
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Palabras clave
Sismo, Daños Estructurales, Desarrollo web