Bibliographic citations
Lopez, F., Choncen, A. (2021). Estudio comparativo del comportamiento sísmico de un edificio de oficinas de 20 pisos en el distrito de San Isidro con el incremento de la resistencia mecánica del concreto (21MPa, 35MPa y 55MPa) mediante el análisis estático no lineal y de desempeño sísmico [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/654848
Lopez, F., Choncen, A. Estudio comparativo del comportamiento sísmico de un edificio de oficinas de 20 pisos en el distrito de San Isidro con el incremento de la resistencia mecánica del concreto (21MPa, 35MPa y 55MPa) mediante el análisis estático no lineal y de desempeño sísmico [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2021. http://hdl.handle.net/10757/654848
@misc{renati/393953,
title = "Estudio comparativo del comportamiento sísmico de un edificio de oficinas de 20 pisos en el distrito de San Isidro con el incremento de la resistencia mecánica del concreto (21MPa, 35MPa y 55MPa) mediante el análisis estático no lineal y de desempeño sísmico",
author = "Choncen Arboleda, Astrid Odeleid Antonella",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2021"
}
The use of high-strength concrete is allowing the construction of increasingly taller buildings, the improvement of its mechanical properties with respect to that of a normal-strength concrete produces less lateral displacement and with them gives more resistance to lateral stiffness. One of the questions is to know to what extent the seismic behavior of a building improves with the increase in the mechanical resistance of the concrete and especially with high resistance (55MPa), since it allows the construction of slenderer elements. The main objective of this research project is to analyze the seismic response more precisely in the face of a sudden release of energy of great magnitude. To carry it out, the concept and differences between normal and high-strength concrete were raised. Also, the report of scientific research that helped to better understand the mechanical behavior of high-strength concrete in different structural elements. Analysis and structural design of a 20-story building with f'c of 21.35, 55 MPa and a Mix of 21-55 and 35-55 MPa were carried out where it was subjected to a lateral push by means of a Pushover to generate mechanisms of labeling until the collapse of the structure and with it the achievement of the capacity curve. Generating five demand spectra with a return period of 43, 72, 475, 975,1500 years to be able to intercept it with the capacity curve and obtain the performance point of the structure.
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