Bibliographic citations
Gómez, G., Quispe, J. (2017). Evaluación de la seguridad vial - nominal de la carretera Enaco - Abra Ccorao de acuerdo a la consistencia del diseño geométrico. [Tesis, Universidad Andina del Cusco]. https://hdl.handle.net/20.500.12557/992
Gómez, G., Quispe, J. Evaluación de la seguridad vial - nominal de la carretera Enaco - Abra Ccorao de acuerdo a la consistencia del diseño geométrico. [Tesis]. : Universidad Andina del Cusco; 2017. https://hdl.handle.net/20.500.12557/992
@misc{renati/960582,
title = "Evaluación de la seguridad vial - nominal de la carretera Enaco - Abra Ccorao de acuerdo a la consistencia del diseño geométrico.",
author = "Quispe Mejía, José Luis",
publisher = "Universidad Andina del Cusco",
year = "2017"
}
Peru for its diverse topography, most of its roads are classified according to their demand, such as roads of first, second and third class with a two-lane causeway of 3.60m, 3.30m and 3.00m wide respectively. The present research was developed in the Cusco region, province of Cusco, district of San Sebastian, this study was based on an analysis descriptive and exploratory research approach with a nonexperimental and cross-sectional quantitative and hypothetical-deductive method. The research was aimed at determining the consistency of design and road safety - nominal (which is given by the degree of fulfilment of the criteria and precepts contained in the guidelines and regulations of design, concept extracted from the Technological Platform of the road), the road Enaco – Abra Ccorao. To achieve the objective of the research was previously a vehicular count, the topographic survey and data processing, of which there were obtained the geometrical characteristics of the track in detail, such as: horizontal curves, tangents, earrings, vertical curves, distances of visibility, on maximum widths and cambers. The procedures adopted for the verification of the hypotheses were: estimation of speeds of operation of the 85 percentile in curves and tangents from the equations proposed by Fitzpatrick and Lamm, was also measured the speeds of operation in the field in order to compare the speeds estimated and measures for the construction of a speed profile of the track in the studio. It was concluded that the geometric elements inconsistent or risk points that represents the 41.66% of the total length of the road (road safety - nominal), are not in compliance with the established parameters of the Manual of geometric design of roads DG-2014. It is recommended to have tools, such as the evaluation of the consistency, to assess the geometric designs prior to the implementation of the road projects to obtain the desired road safety.
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