Bibliographic citations
Neira, Y., Rivera, D. (2021). Modelamiento geomecánicos 3D para la estabilización de taludes de la Cantera los Ángeles de la unidad minera Transervel, Moquegua 2021 [Universidad Tecnológica del Perú]. https://hdl.handle.net/20.500.12867/4905
Neira, Y., Rivera, D. Modelamiento geomecánicos 3D para la estabilización de taludes de la Cantera los Ángeles de la unidad minera Transervel, Moquegua 2021 []. PE: Universidad Tecnológica del Perú; 2021. https://hdl.handle.net/20.500.12867/4905
@misc{renati/811693,
title = "Modelamiento geomecánicos 3D para la estabilización de taludes de la Cantera los Ángeles de la unidad minera Transervel, Moquegua 2021",
author = "Rivera Revilla, Diego Simione",
publisher = "Universidad Tecnológica del Perú",
year = "2021"
}
The Transervel mining MU is located in the department of Moquegua, in Chapter 1 the problem statement was developed, where the research objectives were determined; In Chapter 2 the theoretical framework was developed,within which we developed rock mechanics, Geomechanical mapping, slope stability, safety factor, in addition to the software used to perform the modeling; in Chapter 3 the local geology of the study area was developed, considering altitudes of 1000 masl and 2200 masl; In Chapter 4 we develop the research methodology, where the independent variable is the 3D Geomechanical Modeling and the dependent variable is the Slope Stability, the research level is descriptive, applied and not experimental, the study unit considered is the slope; In Chapter 5, the analysis of the research was developed, the location of the project was located, the survey of the terrain, the survey and information processing, the geomechanical classification of the RMR, where a value of 59 was obtained, which according to Bieniawski's primer It is considered a rock of class III and of medium quality, later the slope analysis was carried out, which according to the Bishop method and with Split Set bolt support in a static scenario, a value of 1,389 was obtained, which is considered stable, and finally, having the previous parameters, the 3D Geomechanical modeling was carried out in a static setting.
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