Citas bibligráficas
Ruiz, S., Gil, L. (2023). Propuesta de mejora semafórica en la intersección de Av. Paseo de la República y Av. Aramburú, lado de acceso al BRT Metropolitano, para reducir conflictos peatón-vehículo [Trabajo de Suficiencia Profesional, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/670325
Ruiz, S., Gil, L. Propuesta de mejora semafórica en la intersección de Av. Paseo de la República y Av. Aramburú, lado de acceso al BRT Metropolitano, para reducir conflictos peatón-vehículo [Trabajo de Suficiencia Profesional]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2023. http://hdl.handle.net/10757/670325
@misc{renati/409938,
title = "Propuesta de mejora semafórica en la intersección de Av. Paseo de la República y Av. Aramburú, lado de acceso al BRT Metropolitano, para reducir conflictos peatón-vehículo",
author = "Gil Camacho, Lucero Kassandra",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2023"
}
Several cities have areas with high pedestrian and vehicular flows, where the road infrastructure benefits car flow. However, every year the number of pedestrian deaths and injuries on roads increases. The problem approached is the pedestrian-vehicle conflict at intersections, particularly in areas near points of massive pedestrian access or exit, such as BRT, shopping malls, among others. This study proposes a traffic signal improvement at the intersection of Paseo de la Republica Avenue and Andres Aramburu Avenue, on the access side of the Metropolitan BRT, to reduce pedestrian-vehicle conflicts. The measurement of conflicts was carried out by means of two artifices. First, simulating the pedestrian as if it were a vehicle by applying SSAM that quantifies only vehicular conflicts. Second, simulating the vehicle as if it were a pedestrian with the use of detector areas that quantify only pedestrian conflicts. These artifices were used to analyze the two approaches to measuring pedestrian-vehicle conflicts. The development was performed sequentially; first, on-site visits were carried out to describe the current situation of the pedestrian-vehicle conflict. Second, characterized vehicular and pedestrian behavior. Third, it represented the current state in a calibrated and validated micro-simulation model. Then, a traffic signalization proposal was elaborated to reduce the pedestrian-vehicle conflict. Based on this, the volumes were projected to 5 years and compared the scenario without proposal and with proposal. As a result of scenario comparison, a reduction of 291 conflicts (81%) in SSAM and 282 conflicts (80%) through detection areas was obtained.
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