A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
SIMULATION OF RUNOFF FROM WATERSHED USING FINITE ELEMENT BASED KINEMATIC WAVE MODEL
Rainfall-runoff modeling is very important in the planning and management of available water resources in a watershed. In this paper, a finite element method (FEM) based two dimensional overland flow model for runoff simulation using kinematic wave equation and its application to a hypothetical watershed has been presented. The model has been simulated using rectangular and triangular elements for two dimensional overland flow problem and verified with the results of analytical solution. Further a one dimensional channel flow model based on FEM has been developed and it is coupled with the two dimensional overland flow model. The coupled model also has been applied to a hypothetical watershed. In this study, though the model developed has been applied to a hypothetical watershed, it can be extended to natural watershed.
SIMULATION OF RUNOFF FROM WATERSHED USING FINITE ELEMENT BASED KINEMATIC WAVE MODEL
Rainfall-runoff modeling is very important in the planning and management of available water resources in a watershed. In this paper, a finite element method (FEM) based two dimensional overland flow model for runoff simulation using kinematic wave equation and its application to a hypothetical watershed has been presented. The model has been simulated using rectangular and triangular elements for two dimensional overland flow problem and verified with the results of analytical solution. Further a one dimensional channel flow model based on FEM has been developed and it is coupled with the two dimensional overland flow model. The coupled model also has been applied to a hypothetical watershed. In this study, though the model developed has been applied to a hypothetical watershed, it can be extended to natural watershed.
SIMULATION OF RUNOFF FROM WATERSHED USING FINITE ELEMENT BASED KINEMATIC WAVE MODEL
Reddy, K. Venkata (author) / Eldho, T. I. (author) / Rao, E. P. (author)
ISH Journal of Hydraulic Engineering ; 13 ; 15-30
2007-01-01
16 pages
Article (Journal)
Electronic Resource
Unknown
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