| Summary: | 碩士 === 國立臺灣大學 === 農業工程學系 === 82 === The most difficult part of an itegral flood warningystem is to
save the computational time in order to providearnings in time
to permit protection of properties and lives.he purpose of this
study is to develop an efficient anddequate inundation
forecasting model based upon the storageell concept to replace
the complicated two-dimensional finiteifference method used
earlier. The parameters needed in the cell concept model
arealibrated by the results of the two-dimensional
finiteifference model. These models are applied to three areas,
amely,ideal square area ,Gia-Yi area ,and Nei-Ten basin. The
comparison between the simulation results of thewo-dimensional
finite difference model and the cell inundationodel indicates
that the results are fairly reasonable. Theell inundation model
is more efficient for flood forecastingystem in considering the
computational time. In order to ensure the quality of input
data which is verymportant in maintaining the accuracy of
ground elevations inhe simulation ,the digital terrain model
(DTM) and geographicnformation system (GIS) are employed to
treat the input data.
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