Bibliographic citations
Alvarado, C., (2020). Análisis estructural y sísmico para determinar la falla por corte en el primer piso de una vivienda típica, Santa Anita - Lima 2019 [Tesis, Universidad Privada del Norte]. https://hdl.handle.net/11537/23369
Alvarado, C., Análisis estructural y sísmico para determinar la falla por corte en el primer piso de una vivienda típica, Santa Anita - Lima 2019 [Tesis]. PE: Universidad Privada del Norte; 2020. https://hdl.handle.net/11537/23369
@misc{renati/512931,
title = "Análisis estructural y sísmico para determinar la falla por corte en el primer piso de una vivienda típica, Santa Anita - Lima 2019",
author = "Alvarado Delgado, Carmen Rumelia",
publisher = "Universidad Privada del Norte",
year = "2020"
}
This research has as its main objective the static structural and seismic analysis of a typical confined masonry house to determine the failure by cutting on the first floor, Lima 2019. Which we will develop in Chapter I, for this purpose spreadsheets were developed In Excel 2013 for the structural and seismic analysis, with the method of the flat frames the structure was modeled in the SAP 2000 software, for a typical architectural configuration 18 meters long x 9 meters wide, 13 meters high, how much with a total of 140.82m2, located in the district of Santa Anita, department of Lima - Peru. The main motivation to carry out this research is based on the fact that we live in a highly seismic country, especially in our capital where our structure to be analyzed is located, for this reason we must have knowledge that a structure has to be analyzed to know the axial compression efforts that the walls have to withstand when subjected to vertical loads from the structure's own weight, dead load, overload and seismic force, which we will develop in Chapter II, in which we will focus on highlighting the variation in axial efforts on the walls for seismic purposes when the structure has 3, 4 and 5 floors, the verification of the cracking of the walls on the first floor against a moderate and severe earthquake with inclusion and non-inclusion of concrete walls. Then in Chapter III we will analyze the results obtained from the static structural and seismic analysis. Finally, we can conclude that it has been found that for masonry buildings confined with this type of typical architectural configuration, it will be necessary to include reinforced concrete walls in order to avoid failure by cutting the walls of the first floor.
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