numerical modeling applied to traffic flow in a river or natural watercourse, has many years of research, every day being analyzed by researchers to include many more cases and features peculiar to their models. With the development of sophisticated computer systems and hardware capable of supporting a large amount of memory in data processing, there are still many gaps in the understanding and resolution of equations of complex systems that try to represent the flow in its most real as possible. This development made possible the commercialization of software that may be appropriate management the only almost standard tools in the engineering market. We talked about the HEC RAS \u200b\u200band FESWMS., Models with broad international management for one-dimensional and two-dimensional modeling of flow in rivers respectively. The application of the comparison of results of both advantages and disadvantages others was examined in an investigation into a river as the river Majes intertwined in the Arequipa region, province of Castilla, Uraca district in southern Peru.
Fig 1. Sector analysis and the effect of flow in the closure of one arm in a braided river. A summary of research in my article is published with the Institute for the mitigation of the effects of El Niño de la Universidad Nacional de Ingenieria - Lima - Peru and can be downloaded from this link: article1
Related Links:
- HEC RAS \u200b\u200bSoftware 4 (free)
- Article: Comparison between the RAS and HEC FESWMS (Water Engineering magazine, Martin Vide et al.)
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