Bibliographic citations
Yanquirimachi, M., (2022). Evaluación comparativa del desempeño sísmico de una vivienda multifamiliar de concreto armado de 5 niveles, con y sin disipadores Shear Link Bozzo mediante análisis estático no lineal y análisis dinámico no lineal en la ciudad de Cusco, Perú 2022 [Universidad Andina del Cusco]. https://hdl.handle.net/20.500.12557/5442
Yanquirimachi, M., Evaluación comparativa del desempeño sísmico de una vivienda multifamiliar de concreto armado de 5 niveles, con y sin disipadores Shear Link Bozzo mediante análisis estático no lineal y análisis dinámico no lineal en la ciudad de Cusco, Perú 2022 []. PE: Universidad Andina del Cusco; 2022. https://hdl.handle.net/20.500.12557/5442
@misc{renati/955740,
title = "Evaluación comparativa del desempeño sísmico de una vivienda multifamiliar de concreto armado de 5 niveles, con y sin disipadores Shear Link Bozzo mediante análisis estático no lineal y análisis dinámico no lineal en la ciudad de Cusco, Perú 2022",
author = "Yanquirimachi Rojas, Mario Clemente",
publisher = "Universidad Andina del Cusco",
year = "2022"
}
This research addressed the issue of comparative evaluation of the Seismic Performance of a 5-story reinforced concrete multifamily house, by incorporating SLB Dissipators and without the use of them, using the Nonlinear Static Analysis and Nonlinear Dynamic Analysis, both analysis methods covered only the Nonlinearity of the Material. The problem for which the formulation is born is from the active seismicity present in the country, also seismicity is generated locally due to cortical geological faults in the region of Cusco, it is a product of the latter that cause significant deformations and the consequent release of energy. The inclusion of technological tools such as the Shear Link Bozzo devices aims at dissipating deformation energy, i.e., the energy imposed by the earthquake on the structure through deformation will be absorbed to a large extent by these devices and not by the structural elements. A methodology with a Quantitative Type Approach, Descriptive and Correlational Level, Hypothetical Deductive Method and Quasi Experimental Methodological Design was proposed. According to the Nonlinear Static Analysis performed, it is concluded that the structure without incorporation of SLB Devices contains the following Seismic Performance Levels: From Fully Functional for Direction X to Functional and Life Safety for Direction Y, both evaluated for Design Earthquake (DE) and Maximum Considered Earthquake (MCE); while the structure with incorporation of Shear Link Bozzo Devices contains a higher Seismic Performance, these being from Fully Functional and Functional for Direction X to Fully Functional and Functional for Direction Y. Other results obtained from the Nonlinear Dynamic Analysis with an average of 11 pairs of Accelerograms for the X and Y Directions show that the Maximum Interstory Drift of the structure incorporated with devices with respect to the one without incorporation has an efficiency of 42.47% and 44.41%. On the other hand, the Maximum Interstory Shear Force has an efficiency of 59.73% and 67.69% respectively for the X and Y directions. In addition, with respect to the Maximum Absolute Accelerations, there is an important increase of 14.09% in the X direction and 42.04% for the Y direction. The Periods were reduced by 48.84%, but the Frequencies were increased by 95.72%. Finally, the cost of Supply and Installation of the SLB Heatsink System was found to be in the order of 13.25% of the total building cost.
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