Bibliographic citations
Rivasplata, D., Velásquez, A. (2022). Diseño geométrico y estructural para tránsito pesado en Planta Agroindustrial San Jacinto, en la provincia del Santa, Ancash [Tesis, Universidad Privada Antenor Orrego]. https://hdl.handle.net/20.500.12759/9002
Rivasplata, D., Velásquez, A. Diseño geométrico y estructural para tránsito pesado en Planta Agroindustrial San Jacinto, en la provincia del Santa, Ancash [Tesis]. PE: Universidad Privada Antenor Orrego; 2022. https://hdl.handle.net/20.500.12759/9002
@misc{renati/378750,
title = "Diseño geométrico y estructural para tránsito pesado en Planta Agroindustrial San Jacinto, en la provincia del Santa, Ancash",
author = "Velásquez Bocanegra, Anyela Mariet",
publisher = "Universidad Privada Antenor Orrego",
year = "2022"
}
Our research has as main standards to carry out a geometric and structural design for the entire access line of heavy vehicles that enter the Agro industry San Jacinto S.A.A, in definition we refer to trucks with five axles or more; as well as the heavy machinery that shares the road with cargo trucks; Among the heavy machinery that transits the road, we have as a study sample the front loaders, backhoes, harvest tractors, dump trucks and crane trucks. The type of research being used is descriptive according to the orientation or purpose pursued. Currently the entire area of the road is made up of natural terrain, to specify in technical terms according to the soil study that has been carried out in situ, it is inferred that the composition of the soil is formed superficially by a surface folder of loan material type affirmed with contaminated sand, after it by moderately compact Silty Clay Sand, identified by the Unified Soil Classification System (SUCS) as SC SM. In addition to this, a technical visit to the field has been carried out with the purpose of carrying out a topographical survey in order to capture the entire study area digitally in order to later have the layout of the plans. In addition to this, to determine the vehicle load, a count of the transports was carried out for 7 days, classifying them according to the number of axles. Obtaining with the traffic study a number of equivalent axes equal to 4,017,955 EE, with which it will be used as a key figure for the structural design of the paving. The investigation concludes with the work in the technical office where the analysis and calculations of our rigid pavement design will be developed based on the equivalent axes determined in the traffic study and the CBR delegated by the soil mechanics study; which samples were extracted from 10 test pits in the study area. Finally, we worked with the transport and communications manual of Peru based on the AASHTO 93 methodology to determine the thickness of the slab, as well as its dimensions, anchor bars, joints and Dowels or load pins; All this reflected in plans of structures attached in the annexes of this thesis
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