Tutor 1

Zamudio, Eduardo

Resumen

Frecuentemente los fenómenos que ocurren en la naturaleza y dentro del campo de la hidráulica, son tan complejos, que no es fácil tratarlos únicamente con métodos matemáticos. Por lo tanto, es necesario y conveniente recurrir al empleo de herramientas de simulación, como medio de obtención de soluciones prácticas, aplicadas a problemas de ingeniería, polución y obras hidráulicas en general, etc., partiendo de la modelación de procesos físicos del ciclo hidrológico , modelación del escurrimiento superficial en cuencas, entre otros. Basados en la modelación de cuencas hidrográficas se tomara el uso del Software SWAT como herramienta de simulación para ser aplicada a la cuenca del Río NILO, dentro del desarrollo del NCHP (Nile Countries Hydromanagement Project), con el fin de predecir el impacto de las prácticas de gerencia de la tierra en el agua,

Resumen en lengua extranjera 1

Frequently, the phenomena that occur in nature and within the hydraulic field are so complex that it is not easy handle them solely with mathematical methods. Therefore it is necessary and advisable to resort to the use of simulation tools as a means for obtaining practical solutions applied to problems in engineering, pollution and hydraulic works in general, etc, starting off with the simulation of the physical processes of the hydrological cycle, modeling of the runoff, among others. Based in hydrologic basin modeling we use the SWAT Software as simulation tool to be applied in the Nile River Basin within of development of the NCHP (Nile Countries Hydro-management Project), with the objective to predict the impacts of the land management practices over the water, sediments and the agriculture chemicals productions in complex and large watersheds with soil types very variables and with lots of changes in the land use like the Nile River Basin presents, beginning with Kenya from a micro level, due to that it has more information than the others and step by step going through to macro level until achieve the simulation of the entire basin. Considering the magnitude of the scope of the project, the requirement of a professional widely enabled in the fields of management and conservation of hydrographic river basins, resource contamination control and with the capacity to design, to control and to determine process conditions applied to environmental engineering is evident. Thus, linking an intern from La Salle University of Columbia, coming from the faculty of Environmental Engineering and Sanitation, where professionals who fulfill the profile that is suggested to carry out the starting of the project are developed. This internship was carried out in the CPL (Computational Physics Laboratory) of the EPF, Ecole d'Ingenieurs, located in the metropolitan area of PARIS (SCEAUX, FRANCE).

Palabras clave

Hidrología, Cuencas hidrográficas

Tipo de documento

Trabajo de grado - Pregrado

Licencia Creative Commons

Creative Commons Attribution-Noncommercial-No Derivative Works 4.0 License
This work is licensed under a Creative Commons Attribution-Noncommercial-No Derivative Works 4.0 License.

Fecha de elaboración

1-1-2006

Programa académico

Ingeniería Ambiental y Sanitaria

Facultad

Facultad de Ingeniería

Publisher

Universidad de La Salle. Facultad de Ingeniería. Ingeniería Ambiental y Sanitaria

Download

Compartir

COinS