Citas bibligráficas
Ramos, F., (2021). Análisis de variación del IRI aplicado en construcción de una carretera de bajo volumen de tránsito respecto del IRI topográfico [Tesis, Universidad Nacional de Ingeniería]. http://hdl.handle.net/20.500.14076/22106
Ramos, F., Análisis de variación del IRI aplicado en construcción de una carretera de bajo volumen de tránsito respecto del IRI topográfico [Tesis]. PE: Universidad Nacional de Ingeniería; 2021. http://hdl.handle.net/20.500.14076/22106
@misc{renati/711619,
title = "Análisis de variación del IRI aplicado en construcción de una carretera de bajo volumen de tránsito respecto del IRI topográfico",
author = "Ramos Rincón, Flavio Carlos",
publisher = "Universidad Nacional de Ingeniería",
year = "2021"
}
At the present, the International Roughness Index (IRI) has taken a leading role in the evaluation of road corridors in our country. Thus, this index has become the main parameter to quantify the surface regularity of pavements. In this context, many of the roads that are part of the National Road Network are third class and could even be classified as carriage trails with basic pavement. This is due to the fact that they do not comply with roughness values that are within the thresholds established in the manuals and regulations or contractually. Such is the case of the PE-3SF National route: Carretera Inquilpata - Chinchaypujio - Cotabambas - Tambobamba - Chalhuahuacho, located in the Cusco and Apurímac regions. This route has the characteristics of having a sinuous and rugged geometry that directly influences the IRI values that are measured in this road corridor. However, the influence of geometry on the results of IRI measurements on these types of low-volume roads is an issue that is currently being addressed by contractors, supervisors, and Provías Nacional. However, the study of non-critical sectors where the topographic IRI is theoretically obtained from the design plans has been neglected. These results should be the same as those measured in the field after the execution of the improvement stage at the level of basic solutions (laying basic flooring). In this research, the variation of the topographic IRI calculated from the design plans with respect to the IRI obtained in a field measurement with a Roughometer III has been statistically analyzed. The sectors in which there is no greater influence from road geometry or other extraordinary events have been taken as scope. As well as the elements outside the road (humps, bumps, bridges, pontoons) have not been considered, obtaining as a result that there is a margin of variation with a more probable average value of variation, those that depend on the characteristics of the corridor under evaluation. With these values, it is possible to predict the increase to be taken into account for the evaluation of the IRI in a low-traffic road in its design stage and to verify whether it will actually be met with being below the threshold established by the standards and the contract.
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