Bibliographic citations
Pozo, Z., Pozo, M. (2023). Análisis y diseño de ciclovía en la avenida del ejército de la ciudad de Cusco aplicando la guía de implementación de sistemas de transporte no motorizado [Universidad Andina del Cusco]. https://hdl.handle.net/20.500.12557/6535
Pozo, Z., Pozo, M. Análisis y diseño de ciclovía en la avenida del ejército de la ciudad de Cusco aplicando la guía de implementación de sistemas de transporte no motorizado []. PE: Universidad Andina del Cusco; 2023. https://hdl.handle.net/20.500.12557/6535
@misc{renati/960219,
title = "Análisis y diseño de ciclovía en la avenida del ejército de la ciudad de Cusco aplicando la guía de implementación de sistemas de transporte no motorizado",
author = "Pozo Machaca, Maricielo",
publisher = "Universidad Andina del Cusco",
year = "2023"
}
Sustainable road infrastructure in the city of Cusco only has 1.62% of the city's total road network, which represents at least 11.53 km of existing bicycle lanes compared to 708.87 km of the total road network, which implies that the majority of people does not have as a priority the use of bicycle lanes to implement adequate sustainable transportation, the objective of this research was to analyze and design the implementation of a sustainable means of transportation or bicycle lane on Ejercito Avenue in the city of Cusco applying the provisions regulations of the implementation guide for non-motorized transportation systems regulated by the Ministry of Transportation and Communications MTC. Methodologically, the research has an applied design, with a quantitative approach of non-experimental design, whose population and sample is determined by 1.82 km of cycle path to be implemented, for the analysis preliminary studies were carried out such as the topographic survey and the road inventory of the current situation of the avenue, the level of service of the avenue and for the design, proposal plans for the cycle path were developed. The results showed an acceptable level of service, except at one intersection whose service level is in a range of E to F. It is concluded that it is possible to design a cycle path that meets the technical design criteria, as well as cycle inclusivity, the technical study is presented at the design profile level and it is demonstrated that there is sufficient space on the avenue not to affect the normal circulation of vehicles in the commercial area, the volume and capacity relationships are not modified and therefore the variation in the level of service is not significant.
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