Bibliographic citations
Guevara, D., Caytuiro, J. (2024). PROPUESTA DE MITIGACIÓN DE RIESGOS SÍSMICOS EN CARRETERAS EVALUADO CON DRON TOPOGRÁFICO APLICADO EN LA CIUDAD DE HUANCAVELICA [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/673401
Guevara, D., Caytuiro, J. PROPUESTA DE MITIGACIÓN DE RIESGOS SÍSMICOS EN CARRETERAS EVALUADO CON DRON TOPOGRÁFICO APLICADO EN LA CIUDAD DE HUANCAVELICA [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2024. http://hdl.handle.net/10757/673401
@misc{renati/416499,
title = "PROPUESTA DE MITIGACIÓN DE RIESGOS SÍSMICOS EN CARRETERAS EVALUADO CON DRON TOPOGRÁFICO APLICADO EN LA CIUDAD DE HUANCAVELICA",
author = "Caytuiro Chavez, Jose Alberto",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2024"
}
Seismic movements are unavoidable and unforeseen, which is why measures must be in place to mitigate their effects, as well as contingency plans defined and ready to apply in case of eventuality. In Huancavelica, the construction of a connecting road that will link the city with the Huancayo - Huancavelica interprovincial highway (PE-26) is in the planning stages. However, it is crucial to carry out a thorough assessment of the possible seismic risks in the region before starting the project. For this purpose, pertinent information has been collected, such as soil studies, local seismic history, among other essential data for the corresponding analyses. In addition, georeferenced information is being collected along the proposed route for a comprehensive evaluation with the help of specialized software. The topographic complexity of the area represents a challenge for the agile and accurate capture of georeferenced data, which is why the use of a topographic drone together with a differential GPS has been chosen. The purpose of this research is to identify, through a specific approach, the possible risks of seismic activity along a communication route. The REDARS 2 approach has been used as a methodological basis, which provides an appropriate method to analyze and detect the hazards associated with seismic movements in land transportation infrastructure, focusing on a seismic scenario relevant to the region studied. Furthermore, these identified risks were classified in order of severity, through an adaptation of the methodology proposed in the “OHSAS 18001” standard that allows their quantification based on important parameters that describe their impact on the project. Finally, with this given classification, measures were proposed to mitigate the severity of each of the risks and, with these measures in action, the risks were quantified again, to verify that they now have a minimum or acceptable severity.
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