Bibliographic citations
Cerna, M., (2020). Microanálisis de los desplazamientos peatonales y vehiculares entre la Av. Hoyos Rubio y la Av. Andrés Zevallos, Cajamarca - 2020 [Tesis, Universidad Privada del Norte]. https://hdl.handle.net/11537/25244
Cerna, M., Microanálisis de los desplazamientos peatonales y vehiculares entre la Av. Hoyos Rubio y la Av. Andrés Zevallos, Cajamarca - 2020 [Tesis]. PE: Universidad Privada del Norte; 2020. https://hdl.handle.net/11537/25244
@misc{renati/516890,
title = "Microanálisis de los desplazamientos peatonales y vehiculares entre la Av. Hoyos Rubio y la Av. Andrés Zevallos, Cajamarca - 2020",
author = "Cerna Loyola, Manuel Segundo",
publisher = "Universidad Privada del Norte",
year = "2020"
}
This engineering thesis was developed in the Cajamarca district - Peru, with the main objective of carrying out the microanalysis of the pedestrian and vehicular movements of the intersection between Hoyos Rubio and Andrés Zevallos avenues - Cajamarca, 2020. It corresponds to a research by Non-experimental design with a cross-sectional and descriptive scope, with a stratified sample where the number of vehicles and people travel according to their need to different points. At the aforementioned intersection, the pedestrian and vehicular movements were evaluated by using a microscopic model through the Vissim 11.0 software; The development of the research consisted of 4 stages that are visit to the intersection, data collection, data processing in software (modeling) and improvement of the measurement parameters. Among the results, it was found regarding vehicle efficiency: lengths of queues of 71.27m for Av. Andrés Zevallos de N ---> S, 65.55m Av. Andrés Zevallos de S ---> N, 33.88m Av. Hoyos Rubio de O ---> E, 54.72m Av. Hoyos Rubio de E ---> O; 25km / h travel speed; 36.68sec travel time; 15.42sec stops and, regarding pedestrian efficiency: travel speed of 2.03km / h; 144.24sec travel time; average density of 0.2peat / m2. Based on the results found in the present investigation, it was recommended as an improvement to optimize the traffic light cycle in time phases from 104 seconds to 134 seconds, which is expected to optimize pedestrian and vehicular congestion at the study intersection.
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