Bibliographic citations
Principe, A., Chipana, H. (2022). Propuesta de un modelo de simulación de flujo de usuarios basado en la transmisión de celdas hexagonales en cuellos de botella en la plataforma de embarque. Caso: Estación Angamos de la línea 1 del metro de Lima [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/664301
Principe, A., Chipana, H. Propuesta de un modelo de simulación de flujo de usuarios basado en la transmisión de celdas hexagonales en cuellos de botella en la plataforma de embarque. Caso: Estación Angamos de la línea 1 del metro de Lima [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2022. http://hdl.handle.net/10757/664301
@misc{renati/402287,
title = "Propuesta de un modelo de simulación de flujo de usuarios basado en la transmisión de celdas hexagonales en cuellos de botella en la plataforma de embarque. Caso: Estación Angamos de la línea 1 del metro de Lima",
author = "Chipana Mattos, Hyderf Bruno",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2022"
}
The current concern is the evacuation of passengers in an emergency event, which is why different pedestrian simulation studies are carried out. The cellular transmission model will simulate the behavior of the flow of users within the spaces of the boarding platform of the Angamos station of line one of the Lima metro, in order to obtain evacuation time data so that the model is used in future research. In the first chapter, the problem of evacuation in the boarding platforms will be found, in addition to some antecedents in other countries. Likewise, the hypothesis and the objectives of the investigation. In the second chapter, the theoretical framework that supports the investigation of the simulation of the flow of passengers was developed. The third chapter describes the methodology to be followed for the development of the model, from data collection to validation. In the fourth chapter, the study of the problem was carried out, in this section you can find the different types of pedestrian simulation models and why the cell transmission model is better adapted to the studied scenario. In the fifth chapter, it was based on the own development of the model, where the data collection, preparation of the parameters and the development of the model were carried out. In the sixth chapter we opted for the analysis of the results obtained in the development of the model. Likewise, the validation using the Statkey software that yielded a degree of reliability of 95%.
This item is licensed under a Creative Commons License