Bibliographic citations
Leon, K., (2021). Análisis comparativo del comportamiento sísmico de una edificación esencial categoría A1, diseñada con aisladores de base vs disipadores de energía [Tesis, Universidad Privada Antenor Orrego - UPAO]. https://hdl.handle.net/20.500.12759/7316
Leon, K., Análisis comparativo del comportamiento sísmico de una edificación esencial categoría A1, diseñada con aisladores de base vs disipadores de energía [Tesis]. PE: Universidad Privada Antenor Orrego - UPAO; 2021. https://hdl.handle.net/20.500.12759/7316
@misc{renati/371501,
title = "Análisis comparativo del comportamiento sísmico de una edificación esencial categoría A1, diseñada con aisladores de base vs disipadores de energía",
author = "Leon Villacorta, Kennyi Segundo",
publisher = "Universidad Privada Antenor Orrego - UPAO",
year = "2021"
}
Peru is one of the countries located in the Pacific ring of fire, an area of high seismicity in the world, due to this, it is in need of construct resilient buildings. Consequently, a comparative study has been carried out of two of the main control systems for the dynamic response of buildings, seismic isolators and energy dissipators. The development of the thesis shows the analyzes made to the so-called module II of an essential building constructed with base seismic isolators and said module with a fixed base using energy dissipators. The results were the seismic behavior factors such as drifts and accelerations, which according to (HAZUS MR4, 2003) are indicators of the damage to which a building could be exposed. During the analysis of the results, it was considered appropriate to make a comparison of the reduction of the seismic behavior factors of each control system with respect to module II with a conventional system, that is, without incorporating isolators and dissipators. In conclusion, it was obtained that the seismic behavior factor of the conventional module II, in comparison with the module II using control devices, when seismic isolators are incorporated it is reduced by 77% floor drift is and when energy dissipators are incorporated it is reduced by 76% floor drift, which means that both devices are highly competitive in structural damage control. Regarding the seismic behavior factor of the last level acceleration of conventional module II, compared to module II using control devices, when base seismic isolators are incorporated it is reduced by 79% and when energy dissipators are incorporated it is reduced by a 48%, which shows that the content damage would be less if seismic isolation is used.
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