Citas bibligráficas
Mayhua, S., Avila, M. (2024). Evaluación del desempeño y la vulnerabilidad sísmica de la I.E. Ramón Castilla debido a sismos de diseño en la localidad de Samanco – Ancash utilizando el análisis estático no lineal (AENL) y el modelo equivalente para albañilería confinada [Trabajo de Suficiencia Profesional, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/682751
Mayhua, S., Avila, M. Evaluación del desempeño y la vulnerabilidad sísmica de la I.E. Ramón Castilla debido a sismos de diseño en la localidad de Samanco – Ancash utilizando el análisis estático no lineal (AENL) y el modelo equivalente para albañilería confinada [Trabajo de Suficiencia Profesional]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2024. http://hdl.handle.net/10757/682751
@misc{renati/1031901,
title = "Evaluación del desempeño y la vulnerabilidad sísmica de la I.E. Ramón Castilla debido a sismos de diseño en la localidad de Samanco – Ancash utilizando el análisis estático no lineal (AENL) y el modelo equivalente para albañilería confinada",
author = "Avila Vidaurre, Manuel Alejandro",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2024"
}
This study aims to determine the performance level and seismic vulnerability of a two-story pavilion at the I.E. Ramón Castilla, located in the Samanco – Ancash locality, which features reinforced concrete frames in the longitudinal axis and confined masonry walls in the transverse axis. This building was designed and constructed in 2021 under the guidelines of the E.030 code, which does not account for the nonlinearity of structural elements in response to an earthquake. During the development of the research, the linear analysis stipulated in the E.030 standard was performed, where it was validated that the drift and displacement values obtained were lower than the maximum allowed by the standard. Secondly, under the ASCE 41-13 guidelines, non-linear properties were assigned to the materials and the calibration of the plastic hinges to the structural elements was developed. Likewise, the non-linear static analysis of incremental thrust, known as pushover, was performed, where the building's capacity curve was obtained. Thirdly, following the ATC-40 and VISION 2000 guidelines, the capacity curve was superimposed with the seismic demand spectra and the results obtained were performance levels for an occasional, severe and maximum earthquake. Finally, using the methodology proposed by HAZUS, seismic vulnerability was obtained based on the probability of damage, where damage states were presented according to the design earthquakes and a total structural damage.
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