Citas bibligráficas
Hoyos, J., Montero, D. (2024). Diseño estructural del pavimento rígido y flexible en Huanchaquito Bajo – distrito de Huanchaco – Trujillo – La Libertad [Tesis, Universidad Privada Antenor Orrego]. https://hdl.handle.net/20.500.12759/38191
Hoyos, J., Montero, D. Diseño estructural del pavimento rígido y flexible en Huanchaquito Bajo – distrito de Huanchaco – Trujillo – La Libertad [Tesis]. PE: Universidad Privada Antenor Orrego; 2024. https://hdl.handle.net/20.500.12759/38191
@misc{renati/499803,
title = "Diseño estructural del pavimento rígido y flexible en Huanchaquito Bajo – distrito de Huanchaco – Trujillo – La Libertad",
author = "Montero Miller, Daiana Nicole",
publisher = "Universidad Privada Antenor Orrego",
year = "2024"
}
This research was developed in the streets of Huanchaquito Bajo, through an applied type of research, where the main objective was to carry out the structural design of a flexible pavement with the inclusion of a storm drainage system using AASHTO 93 methodologies. For this project, a flexible pavement was created. To determine the thickness and area of the cross section, the guidelines of the National Regulations for Construction, Soils, Geology, Geotechnics, Geotechnics and Pavements were used, as well as the CE.010 Urban Pavement Standard of the Highway Manual and the GH Standard. .020 of Urban Design Components. The topographic survey was carried out on all the streets of the intervention, which have slopes no greater than 2%, determining a flat terrain, where the minimum and maximum altitude was 2,062 and 8,705 meters above sea level. The IMDA was determined through the Traffic study, concluding which are 330 vehicles/day, and that the number of equivalent axle repetitions of 8.2 tn or ESAL for flexible pavement is 321,506.69 and for rigid pavement is 314,109.86. Where the thicknesses for flexible pavement were obtained, which are 3 inches for the folder, the base 7 inches and the subbase 4 inches. While for the rigid pavement the thicknesses were 6.70 inches. for the slab and 4 in. for the subbase. The storm drainage design which is concluded by the most optimal for this area being rectangular ditches, for a flow of 0.018m3/2 and a manning of 0.013m/m with a concrete coating f’c=210Kg/cm2 and worked with a slope of 1%, with a ditch design of 0.15m base and 0.15m high, reaching a budget of S/ 6,838,942.25 and S/ 9,590,513.02 for the flexible and rigid pavement respectively
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