Bibliographic citations
Dionicio, M., León, C. (2023). Diseño estructural del pavimento flexible en las calles del asentamiento humano el Milagro sector V Huanchaco - Trujillo - La Libertad - 2022 [Tesis, Universidad Privada Antenor Orrego]. https://hdl.handle.net/20.500.12759/11151
Dionicio, M., León, C. Diseño estructural del pavimento flexible en las calles del asentamiento humano el Milagro sector V Huanchaco - Trujillo - La Libertad - 2022 [Tesis]. PE: Universidad Privada Antenor Orrego; 2023. https://hdl.handle.net/20.500.12759/11151
@misc{renati/378487,
title = "Diseño estructural del pavimento flexible en las calles del asentamiento humano el Milagro sector V Huanchaco - Trujillo - La Libertad - 2022",
author = "León Ynfantes, Christian Gonzalo",
publisher = "Universidad Privada Antenor Orrego",
year = "2023"
}
The thesis entitled ““Structural Design of Flexible Pavement in the Streets of El Milagro Sector V Human Settlement, Huanchaco - Trujillo - La Libertad - 2022““ aims to carry out the design of flexible pavement using the AASHTO 93 methodology and the recommendations from the Road Guide issued by the Ministry of Transport. This approach allows us to propose the design of flexible pavement as an alternative in the progress of this research. The reality of El Milagro Sector V Human Settlement poses a serious problem for the traffic flow in its various streets due to the lack of proper road infrastructure. Therefore, a solution is proposed to ensure suitable traffic flow for both vehicles and pedestrians in the study area. Considering the uncertain nature of the chosen research field, the decision was made to opt for a flexible pavement design. Traffic studies were conducted in the respective area, resulting in an ESAL's (Equivalent Single Axle Load) of 478,921.11 for Alfonso Ugarte Street, 705,531.80 for Tupac Amaru Street, 611,960.99 for Manco Cápac Street, and 813,970.79 for Street 4. Additionally, a soil mechanics analysis was performed to determine the layers that make up the flexible pavement. The results showed an average CBR (California Bearing Ratio) of 14% for Alfonso Ugarte Street, 18% for Tupac Amaru and Manco Cápac Streets, and 21% for Street 4, classifying it as a good subgrade according to Technical Standard CE.010 Urban Pavements. The AASHTO 93 methodology allowed for an optimal design and an economical proposal using specialized programs that provide reliable and accurate results. In conclusion, Alfonso Ugarte, Tupac Amaru, and Manco Cápac Streets will have asphalt layer thickness of 5 cm, base thickness of 25 cm, and sub-base thickness of 25 cm. Street 4 will have asphalt layer thickness of 5 cm, base thickness of 25 cm, and sub-base thickness of 30 cm.
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