Numerical Methods for Flood Routing Problems
B. A. Dendrou, Elias N. Houstis, T. S. Papathedorou, Stergios A. Dendrou
Abstract
Open-access reader
B. A. Dendrou, Elias N. Houstis, T. S. Papathedorou, Stergios A. Dendrou
Abstract
Open-access reader
A number of papers have appeared in the past years that use characteristic methods and finite difference schemes to solve the flood routing problem, [1,4].The finite element methods on the other hand have only recently been applied to the two-dimensional shallow-water flow equations [5].The purpose of this report ;s to present a survey of numerical methods used in solving the flood-routing problem.These methods are compared to a finite element scheme developed according to the Ga11 erk i n method ."'Scheol of Civil EYI.gineeri.ng,PU.l'(b.A.~lmiiJer8ity~111.
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A number of papers have appeared in the past years that use characteristic methods and finite difference schemes to solve the flood routing problem, [1,4].The finite element methods on the other hand have only recently been applied to the two-dimensional shallow-water flow equations [5].The purpose of this report ;s to present a survey of numerical methods used in solving the flood-routing problem.These methods are compared to a finite element scheme developed according to the Ga11 erk i n method ."'Scheol of Civil EYI.gineeri.ng,PU.l'(b.A.~lmiiJer8ity~111.
Key concepts: Routing (electronic design automation), Computer science, Flood myth, Geology, Geography, Computer network, Archaeology