Bibliographic citations
Pomasongo, D., (2021). Uso de softwares para el análisis de caudales pluviales aplicados a procesos hidrológicos: una revisión de la literatura científica de los últimos 10 años [Trabajo de investigación, Universidad Privada del Norte]. https://hdl.handle.net/11537/27698
Pomasongo, D., Uso de softwares para el análisis de caudales pluviales aplicados a procesos hidrológicos: una revisión de la literatura científica de los últimos 10 años [Trabajo de investigación]. PE: Universidad Privada del Norte; 2021. https://hdl.handle.net/11537/27698
@misc{renati/523187,
title = "Uso de softwares para el análisis de caudales pluviales aplicados a procesos hidrológicos: una revisión de la literatura científica de los últimos 10 años",
author = "Pomasongo Tordocillo, Daniel Santos",
publisher = "Universidad Privada del Norte",
year = "2021"
}
The following systematic review is focused on the search for information on the most recent tenures regarding the software created for the analysis of rainfall flows for hydrological processes, to gather on their progress, applicability, diversity, within the scope of the scientific community of civil engineering. For this, it is necessary to ask the following question: What is known about the applicability of software for the analysis of rainfall flows for hydrological processes? For this, articles were searched in digital databases on the subject, and they were filtered through the PRISMA method. Through inclusion and exclusion criteria described in the methodology of this meta-analysis. The final selection was 28 articles indexed in sources such as Sciendirect, Doaj, MDPI, Redalyc, Academia, among others. And of 2 doctoral theses whose sources are publications of repositories of Universities on an international scale. The resulting statistics indicate a great variety of articles from 20 different countries, at a cultural level, whose application was carried out in different scenarios with different climatic conditions. The selected papers, 80% are not less than 5 years of validity, demonstrating the modernity and validity of the subject. The sources consulted are also very varied, demonstrating the great scope of the subject, only for published articles in English and Spanish. Finally, the most widely used instrument is the HEC-HMS model with 83.33% participation and contribution to the selected studies, in part due to its precision and adaptability as a tool for modeling and / or simulating water events such as runoff and flooding. streams, rivers, etc.
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