Citas bibligráficas
Garcia, R., Maco, W. (2022). Lineamientos para el diseño de muros estructurales irregulares de concreto armado según la NTE E -060 [Tesis, Universidad Privada Antenor Orrego - UPAO]. https://hdl.handle.net/20.500.12759/9910
Garcia, R., Maco, W. Lineamientos para el diseño de muros estructurales irregulares de concreto armado según la NTE E -060 [Tesis]. PE: Universidad Privada Antenor Orrego - UPAO; 2022. https://hdl.handle.net/20.500.12759/9910
@misc{renati/373277,
title = "Lineamientos para el diseño de muros estructurales irregulares de concreto armado según la NTE E -060",
author = "Maco Salazar, Wilson Rafael",
publisher = "Universidad Privada Antenor Orrego - UPAO",
year = "2022"
}
The present thesis report was an exploratory research, carried out the study of 3 reinforced concrete walls: a regular wall, an irregular wall type L and an irregular wall type C, analyzing 3 multi-family dwellings, which range between 6 and 9 levels, designing each one of the elements that form the walls studied, with the aim of obtaining criteria and minimum guidelines for their design For this, the Etabs 2019 building structural program was used, with which we modeled the structures and verified that the results of the structural, static seismic, dynamic seismic and modal analysis, comply with what is established in our RNE, verifying that the Demand - Capacity was less than 1 in each wall at Flexocompression and Shear - Capacity. In addition to this, the edge elements were opened, since their correct confinement gave the wall greater ductility. We use the Sap 2000 program to find the compression depth of the fiber with the most traction to the neutral axis, comparing this result with the one offered by the simplified method, which ten years ago Dr Jack Moehle, this comparison had an assertiveness of 80% between these two methodologies. Then we detailed the reinforcing steel reinforcement of each wall, and made a comparison between the distribution of reinforcing steel according to our NTE E.060 standard and ACI 318.14, where it was verified that we currently do not have an adequate standard to confine the edges. of reinforced concrete walls. Finally, we proposed the steps to follow for the correct analysis, design and assembly of the structural walls studied, within which we concluded that the edge elements must be confined with the ACI 318 Code, until our E.060 standard has a correct update
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