Bibliographic citations
Herrera, E., Mamani, F. (2021). Altura y densidad urbana admisible de edificaciones multifamiliares representativa en un tramo de una avenida principal en Lima- Perú para la Gestión Prospectiva del Riesgo Sísmico en zonas residenciales [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/657585
Herrera, E., Mamani, F. Altura y densidad urbana admisible de edificaciones multifamiliares representativa en un tramo de una avenida principal en Lima- Perú para la Gestión Prospectiva del Riesgo Sísmico en zonas residenciales [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2021. http://hdl.handle.net/10757/657585
@misc{renati/397329,
title = "Altura y densidad urbana admisible de edificaciones multifamiliares representativa en un tramo de una avenida principal en Lima- Perú para la Gestión Prospectiva del Riesgo Sísmico en zonas residenciales",
author = "Mamani Roque, Flaby Paola Aracely",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2021"
}
Evolution is intrinsic to human beings and our environment evolves with us. The construction industry at the hands of man's need, seeks not only a territorial horizontal growth, but also a vertical one. However, this projection in the heights is limited to a fully spatial management with little interest in the transit capacity and refuge areas of the human agent during a seismic event. This research carries out an evaluation of a real existing scenario of the section of the avenue under study and the analysis of hypothetical scenarios with variation in the width of the refuge area. In this way, limit values of height and population density of buildings are proposed for a Prospective Management of Seismic Risk, taking as a base example a section of Av. San Felipe in Lima-Peru. The analysis of an efficient evacuation of the buildings towards the refuge area was carried out with models based on the agent with the Pathfinder software, three-dimensional models (BIM), evacuation times, the influence of the buildings, human behavior and the parameters were analyzed. zonal urban planning. The results of the present work graphically establish the pertinent direct relationship of the maximum permissible height of the projected buildings with the width of the refuge area for a correct evacuation. As an example, there is a section of Av. San Felipe with a 7m width of the refuge area corresponding to 18 floors as the limit height in the 10 adjacent buildings considering a total frontal length of 144m.
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