Citas bibligráficas
Alcántara, D., Moran, S. (2020). Diseño del tramo vial entre los caseríos cunguay - querquerball - pueblo libre, distrito Santiago de chuco provincia Santiago de Chuco, región la libertad [Tesis, Universidad Privada Antenor Orrego]. https://hdl.handle.net/20.500.12759/6474
Alcántara, D., Moran, S. Diseño del tramo vial entre los caseríos cunguay - querquerball - pueblo libre, distrito Santiago de chuco provincia Santiago de Chuco, región la libertad [Tesis]. : Universidad Privada Antenor Orrego; 2020. https://hdl.handle.net/20.500.12759/6474
@misc{renati/381764,
title = "Diseño del tramo vial entre los caseríos cunguay - querquerball - pueblo libre, distrito Santiago de chuco provincia Santiago de Chuco, región la libertad",
author = "Moran Vasquez, Sofia Paola",
publisher = "Universidad Privada Antenor Orrego",
year = "2020"
}
In our country the lack of communication channels is still a current problem and our La Libertad region is not exempt from this lack. The presence of this, harms the trade of crops in the area, discourages tourism and hinders access to educational institutions and health centers, thus hindering the possibilities of improving the quality of life The main objective of this thesis is to propose the design of the road section between the Cunguay - Querquerball - Pueblo Libre hamlets, Santiago de Chuco district, Santiago de Chuco province, La Libertad region. For which we start by applying a data collection protocol to later determine the Annual Average Daily Index (IMDA) and Number of Equivalent Axes (EE), then we perform the Soil Mechanics Study for paving purposes using the current Test Manual regulations of Materials of the Ministry of Transportation and Communications, we perform the Geometric Design of the road section with analysis of alternatives, using the current regulations: Road Manual DG-2018, then we perform the corresponding Hydrological Analysis and Hydraulic Design, with the methodology of the Hydrology Manual, Hydraulics and Drainage of the Ministry of Transportation and Communications, we also determine the thicknesses of the pavement layers at the affirmative level using the AASHTO 93 methodology and the NAASRA method (National Association of Australian State Road Authorities, today AUSTROADS), we developed the Signaling Design Vial using the norm: Manual of Traffic Control Devices for Streets and Roads 2016 of the Ministry of Transportation and Communications and finally we prepare the estimated budget of the total cost of the designed road. The design is formed by a Third Class road, located on rough terrain (type 3), has a length of 6,703.36 meters, driving speed of 40 km/h, a minimum radius of 45 meters, a maximum slope of 10%, a shaped road by two lanes and a width of 6.00 meters, berms of 0.50 meters, with a pumping of 3% and a minimum right of track width of 16 meters. The ditches are of triangular section (0.38 meters deep, 0.75 meters wide, 1: 1 slope of interior slope, 1: 2 slope of external slope), it is also planned to install 14 passage sewers (TMC) and 21 sewers of relief (TMC). The pavement is made up of a 20 cm layer of Affirmed material and 15 cm of granular subbase. The design of the corresponding road signs was made, and the direct cost was estimated that amounts to the sum of S/. 3’ 592, 616.98
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