Bibliographic citations
Atayupanqui, A., Flores, G. (2023). Análisis del impacto vial generado por la implementación de ciclovías desde la intersección de la Av. Qosqo con la prolongación de la Av. Túpac Amaru, Calle Turquezas, Republica de Uruguay, República de Bolivia, Av. Perú, Av. Cusco, prolongación Av. Cusco y la Av. Alemania Federal en los distritos de wánchaq y San Sebastián, Cusco [Universidad Andina del Cusco]. https://hdl.handle.net/20.500.12557/6325
Atayupanqui, A., Flores, G. Análisis del impacto vial generado por la implementación de ciclovías desde la intersección de la Av. Qosqo con la prolongación de la Av. Túpac Amaru, Calle Turquezas, Republica de Uruguay, República de Bolivia, Av. Perú, Av. Cusco, prolongación Av. Cusco y la Av. Alemania Federal en los distritos de wánchaq y San Sebastián, Cusco []. PE: Universidad Andina del Cusco; 2023. https://hdl.handle.net/20.500.12557/6325
@misc{renati/957657,
title = "Análisis del impacto vial generado por la implementación de ciclovías desde la intersección de la Av. Qosqo con la prolongación de la Av. Túpac Amaru, Calle Turquezas, Republica de Uruguay, República de Bolivia, Av. Perú, Av. Cusco, prolongación Av. Cusco y la Av. Alemania Federal en los distritos de wánchaq y San Sebastián, Cusco",
author = "Flores Noa, Gilda Rocio",
publisher = "Universidad Andina del Cusco",
year = "2023"
}
One of the problems that lies in the city of Cusco is the lack of bicycle lanes on our main and secondary roads that connect important points and allow free movement of the user. It should be noted that the existing road structure for cyclists is located on Av de la culture, infrastructure that is not sufficient due to the increase in cyclists, and it only connects the city longitudinally. The study area is located in the districts of Wánchaq and San Sebastián from the intersection of Tupac Amaru extension with Av. Qosqo to the intersection of Av. Germany Federal with Av. La Cultura, crossing important avenues that currently lack a cycle road infrastructure for cyclist circulation. For these reasons, this research aims to first carry out the analysis of the intersections according to the current conditions and the second situation is the analysis of the intersections with the projection of implementing bicycle lanes through modeling and simulation in the Synchro 11.00 software, for which It was necessary to collect field information such as vehicle capacity, determination of the peak hour and the volume and time of maximum demand. In addition, information was collected on the geometry of the intersections, access slopes, current traffic light conditions, among others. In this way, with all The information was used the HCM 2016 (chapter 13) methodology to calculate service levels and calculate the vehicle capacity of all the study intersections and in the case of the projection of the implementation of a bicycle lane, the reduction of lane width and modification was projected. of the design speed according to the type of bicycle lane to be projected, determining the new levels and vehicular capacity of each intersection. In this way, it can be compared whether there will be a negative road impact with the projection of bicycle lanes in our study section. Finally, with the comparison of results, it was recognized that 53% of study intersections did not suffer any variation when incorporating the bicycle lane and 47% did demonstrate a delay variation when assigning a bicycle lane. Therefore, it is worth mentioning that the projection of a cycle lane does generate a negative road impact that can be improved with the implementation of traffic lights at intersections that present a poor level of service.
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