Análisis de Estabilidad y Aporte al Diseño de Obras de Mitigación Mediante la Estabilización de un Talud en el Barrio José Antonio Galán en el Municipio de San Gil Santander, Mediante el Uso del Software SLIDE.
Fecha
2023-03-24Registro en:
Carrillo Suarez, A. N. (2023). nálisis de Estabilidad y Aporte al Diseño de Obras de Mitigación Mediante la Estabilización de un Talud en el Barrio José Antonio Galán en el Municipio de San Gil Santander, Mediante el Uso del Software SLIDE. [Trabajo de pregrado]. Universidad Santo Tomás, Bucaramanga, Colombia.
reponame:Repositorio Institucional Universidad Santo Tomás
instname:Universidad Santo Tomás
Autor
Carrillo Suarez, Angie Nathalia
Institución
Resumen
This project includes carrying out a geotechnical study, design of works to mitigate the risk of mass movements, which includes the respective survey of the base cartography, geotechnical exploration, which were supplied by the company Alicon S.A.S and also soil laboratories that were carried out at the Santo Tomás University to know the geotechnical parameters of the terrain and the characterization of determining factors of stability in the studied area, including the geology units for engineering and geomorphology.
At the end of the study of the area, an analysis was carried out of the two possible alternatives that can be seen to stabilize the slope in this case, the first was to design works of anchored screens in order to mitigate the risk and the second was the design of a wall in gabion with the same purpose. With this, I perform a modeling in the SLIDE software and compliance with the safety factor of the two was guaranteed and a comparison between the two alternatives was also carried out to find out which was the most viable.
To make the comparison, the budgets of each of the works were made, both anchors and gabions, in order to verify which would be the most profitable at the time of making the proposal for the design of works.
Finally, it was possible to conclude that the alternative of the design of a gabion wall is the most affordable, although both comply with the stability analysis, this alternative requires lower costs.