Citas bibligráficas
García, A., Quiroz, S. (2021). Evaluación y comparación del desempeño sísmico del proyecto residencial los Tulipanes utilizando disipadores Shear Link Bozzo respecto a reforzamiento con muros de corte - Trujillo [Tesis, Universidad Privada Antenor Orrego - UPAO]. https://hdl.handle.net/20.500.12759/7260
García, A., Quiroz, S. Evaluación y comparación del desempeño sísmico del proyecto residencial los Tulipanes utilizando disipadores Shear Link Bozzo respecto a reforzamiento con muros de corte - Trujillo [Tesis]. PE: Universidad Privada Antenor Orrego - UPAO; 2021. https://hdl.handle.net/20.500.12759/7260
@misc{renati/373457,
title = "Evaluación y comparación del desempeño sísmico del proyecto residencial los Tulipanes utilizando disipadores Shear Link Bozzo respecto a reforzamiento con muros de corte - Trujillo",
author = "Quiroz Cabrera, Samanta",
publisher = "Universidad Privada Antenor Orrego - UPAO",
year = "2021"
}
This thesis has been executed in order to compare the use of structural concrete walls, which is the one contemplated by the Peruvian standard E0.30: Seismicresistant Design, with respect to the Shear Link Bozzo seismic dissipators, contemplated in the international standard ASCE 7 -16. The structure with structural walls was taken as the original structure due to the number of floors, so without a doubt it was necessary to reinforce. A non-linear static analysis was carried out by the capacity spectrum method, in both systems, in order to identify their capacity curves and their performance points. The contrast of the capacity curves makes it possible to corroborate the undoubted differences between both systems, noting the magnitude in which resistance due to drifts is accentuated. From the E0.30 standard: Earthquake Resistant Design, the necessary criteria are obtained to specify the design spectrum and to be able to carry out the basic linear analyzes for the design of the structure that would work for us to specify the non-linear static analysis and with this identify and indicate the performance points of the structures, this represents the maximum displacement to which the structures are subjected if the design earthquake were to occur, which is why these are contrasted, together with the structural capacity. The nonlinear analysis, Pushover, demanded to obtain the distribution of lateral forces, calculated with the help of the Etabs and Excel program, and allows to demonstrate the sequence in which the plastic hinges are formed in the beams and columns as the basal shear intensifies, therefore which made a comparison of the structural state at the performance point, giving us a parameter from which we could guide ourselves to determine which reinforcement is appropriate. Our final results are the comparison of the performance level, inelastic drifts and basal shear for each structural reinforcement system
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