Bibliographic citations
Giron, E., Yupanqui, R. (2021). Aplicación de columnas compuestas y disipadores viscosos para el diseño sísmico de una edificación de 10 pisos con acero estructural a-36 en el distrito del Cercado de Lima [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/657379
Giron, E., Yupanqui, R. Aplicación de columnas compuestas y disipadores viscosos para el diseño sísmico de una edificación de 10 pisos con acero estructural a-36 en el distrito del Cercado de Lima [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2021. http://hdl.handle.net/10757/657379
@misc{renati/396905,
title = "Aplicación de columnas compuestas y disipadores viscosos para el diseño sísmico de una edificación de 10 pisos con acero estructural a-36 en el distrito del Cercado de Lima",
author = "Yupanqui Estrella, Ricardo Luis",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2021"
}
Our research work tries to show that seismic protection technologies still need to be implemented in our country, although we have a prolonged seismic silence, there are authorities that have not taken preventive measures to mitigate damages and human losses. Therefore, we place emphasis on developing steel fabrication options for residential buildings, offices, institutions, etc., it should be noted that this system, unlike concrete, provides us with better construction times and in a possible disaster, it could be of great advantage for a reconstruction, we also designed with viscous heatsinks, which is a system that is being used in our country, but still very incipient. With them, structural and non-structural damage to buildings could be avoided, thereby ensuring continuity of service, and avoiding loss of life in a major earthquake. Consequently, the research is divided into 6 chapters. In the first, the description of our research project is presented. In the second, through the support of bibliography and research articles, the most important concepts of viscous dissipators and composite steel structures are explained. In the third, the structuring and pre-dimensioning of our buildings to be analyzed is detailed. In the fourth, the spectral dynamic seismic analysis and Time History are developed, and the viscous dissipators are pre-dimensioned. In chapter five the behavior of viscous dissipator with respect to the target drift is analyzed and it is verified if it reaches the calculated damping. Finally, in the sixth chapter, with the previous results, the dissipators are selected according to the supplier's catalog and the main objective of the thesis is confirmed.
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