Bibliographic citations
Ramos, J., Villagaray, L. (2022). Propuesta metodológica constructiva de reforzamiento de viviendas autoconstruidas de bajo desempeño sísmico utilizando muros de concretos prefabricados en el distrito de Villa el Salvador [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/659069
Ramos, J., Villagaray, L. Propuesta metodológica constructiva de reforzamiento de viviendas autoconstruidas de bajo desempeño sísmico utilizando muros de concretos prefabricados en el distrito de Villa el Salvador [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2022. http://hdl.handle.net/10757/659069
@misc{renati/398641,
title = "Propuesta metodológica constructiva de reforzamiento de viviendas autoconstruidas de bajo desempeño sísmico utilizando muros de concretos prefabricados en el distrito de Villa el Salvador",
author = "Villagaray Camposano, Leonardo André",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2022"
}
Perú is a highly seismic country, as it is within the Pacific Ocean Fire Belt. Due to this, it is essential that the structures built and to be built do not collapse in the face of severe earthquakes. However, in a country with a large amount of informality and a large stock of self-built housing, the risk of collapse is high. This is mainly due to the low-skilled workforce and, in some cases, the poor quality of the materials used in construction. However, in a country with a large number of inhabitants dependent on informality, there is not always the economic possibility to demolish their houses and build new houses that meet the necessary seismic requirements. Due to this, the reinforcement of buildings, in many cases, is an economical and efficient alternative to ensure that buildings do not collapse in the face of a severe earthquake. For all the reasons mentioned above, the research we carry out in this thesis consists of writing an adequate constructive procedure for the reinforcement of self-built houses with masonry confined with precast concrete plates, which increase the resistance to cutting of buildings by at least 10% and they considerably decrease the maximum inelastic displacements that occur in constructions.
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