Citas bibligráficas
Mejia, E., Tintaya, H. (2023). EVALUACIÓN DEL DESEMPEÑO SÍSMICO MEDIANTE UN ANÁLISIS ESTÁTICO NO LINEAL DE UNA EDIFICACIÓN ESENCIAL DESTINADA A SERVICIOS DE SALUD EN LA CIUDAD DE LIMA [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/669575
Mejia, E., Tintaya, H. EVALUACIÓN DEL DESEMPEÑO SÍSMICO MEDIANTE UN ANÁLISIS ESTÁTICO NO LINEAL DE UNA EDIFICACIÓN ESENCIAL DESTINADA A SERVICIOS DE SALUD EN LA CIUDAD DE LIMA [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2023. http://hdl.handle.net/10757/669575
@misc{renati/408584,
title = "EVALUACIÓN DEL DESEMPEÑO SÍSMICO MEDIANTE UN ANÁLISIS ESTÁTICO NO LINEAL DE UNA EDIFICACIÓN ESENCIAL DESTINADA A SERVICIOS DE SALUD EN LA CIUDAD DE LIMA",
author = "Tintaya Landeo, Henry Oliver",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2023"
}
The purpose of this research work is to assess the seismic performance through a nonlinear analysis of an essential healthcare facility in the city of Lima. This evaluation does not solely focus on preventing the structural collapse to avoid loss of human lives, as is often the typical emphasis of regulations. Instead, it also takes into consideration aspects related to functionality according to the specific activities of its use, especially in the case of essential buildings that must always maintain their operations. The building under study corresponds to a first-level healthcare center according to the Norma Técnica de Salud (NTS); this essential 5-story building presents a system of structural walls in the X and Y directions and is supported on a fixed foundation in a high seismic hazard zone. The structuring, seismic analysis, and design of the structural elements of the building were carried out following the criteria stipulated in accordance with the current standards “Cargas E.020”, “Diseño sismorresistente E.030” and “Concreto Armado E.060”. The seismic performance assessment of the structure was carried out through a Nonlinear Static Analysis based on the gradual application of incremental lateral loads, known as the “Pushover“ method. Two methodologies were used to determine the performance level: the Capacity Spectrum Method and the Coefficient Method, as proposed by the FEMA 440 and ASCE 41-13 codes. In the application of these methodologies, different demand spectra were considered based on the performance objectives outlined by the Vision 2000 Committee and ATC-40. Finally, the capacity curve was generated, and performance points were determined for different levels of seismic threat. Likewise, it was verified that the performance of the essential building met the expectations for the capacity spectrum methodology, while for the coefficient method it does not meet the expected objective.
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