Citas bibligráficas
Acevedo, V., Migone, J. (2021). Propuesta para reducir el número de puntos negros en el óvalo tortugas en la panamericana norte km 395 aplicando la metodología del manual de seguridad vial del MTC [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/658789
Acevedo, V., Migone, J. Propuesta para reducir el número de puntos negros en el óvalo tortugas en la panamericana norte km 395 aplicando la metodología del manual de seguridad vial del MTC [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2021. http://hdl.handle.net/10757/658789
@misc{renati/398305,
title = "Propuesta para reducir el número de puntos negros en el óvalo tortugas en la panamericana norte km 395 aplicando la metodología del manual de seguridad vial del MTC",
author = "Migone Servat, Jonathan",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2021"
}
Tortugas roundabout is located at Km 395.5 from North highway, in the Department of Ancash, Province and District of Casma. Ministry of Transport and Communications (MTC) granted a section of the highway to the company OHL, naming it Red Vial No. 4; there are 07 more roundabouts that had been built with similar geometric design conditions. The main economic activities carried out by the affected communities from this highway are: agriculture, farming, mining and tourism. Which are mainly affected by the numerous traffic accidents, long hours of travel, high ticket costs, etc. produced by the geometric deficiencies that the roundabout presents. This thesis proposes to reduce the number of black spots in Turtle roundabout applying the methodology of the Road Safety Manual from the MTC, for this we have to identify four criteria to be able to indicate that a place with a high number of accidents is considered as a Black spot, the types of accidents will be classified in the roundabout. We will carry out a road safety inspection analysis using checklists of the Road Safety Manual of the Ministry of Transport and Communications and it will be verified that there are deficiencies in the entire route from of the roundabout. We will use criteria from “Design manual for roads and Bridges - CD 116 to make a proposal for the geometric design of the Tortugas roundabout. We will carry out simulations with Vehicle Tracking Software version 2019 to analyze the current conditions and the proposals according to the manual.
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