Application Of Mike 11 Gis Model For Modeling Of Flood In Sungai Kayu Ara Catchment

Flash flood occurring from fast development and socioeconomic growth within Klang Valley has imposed a huge strain impact onto the entire urbanized areas. Accurate techniques in ascertaining flood estimation and prediction would normally be able to propose beneficial solutions in counteracting t...

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Main Author:	Arbai, Sabariah
Format:	Thesis
Language:	English English
Published:	2002
Subjects:	Flood control channels - design and construction Geographic information systems Flood control
Online Access:	http://psasir.upm.edu.my/id/eprint/12138/1/FK_2002_91.pdf
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id	my-upm-ir.12138
record_format	uketd_dc
spelling	my-upm-ir.121382024-07-09T07:48:42Z Application Of Mike 11 Gis Model For Modeling Of Flood In Sungai Kayu Ara Catchment 2002-10 Arbai, Sabariah Flash flood occurring from fast development and socioeconomic growth within Klang Valley has imposed a huge strain impact onto the entire urbanized areas. Accurate techniques in ascertaining flood estimation and prediction would normally be able to propose beneficial solutions in counteracting the phenomena. However, this would require up to date reliable data and effective hydrological modeling coupled to socio-economic studies. These types of studies is time consuming and costly. Complex models produce large quantities of result and difficult for people without specialized backgrounds to understand . New modeling techniques and computer visualization would improve the timeliness and accuracy of hydrological analysis and flood forecasting. With the limited data, complex hydrological approaches could be accomplished.This study intends to illustrate the capability of MIKE 11 GIS to simulate the flood map for Sungai Kayu Ara in modeling the flood mapping. Direct runoff hydrograph could be generated from the rating curve to be used as the input data in preparing the simulation for the flash flood . Crucial ground survey data as one of the significant criteria in producing reliable flood elevation profile is examined . The study also shows that Geographical Information System (GIS) is capable to integrate spatial data and applying spatial simulation from limited data. It is able assist in the understanding of the flooding physical processes and in facilitating the decision-making . The flood simulation can further be modeled with changes in land-use and curve numbers features pertaining to the future development growth. In achieving the above objective, flood modeling was carried out on Sungai Kayu Ara catchment area. In the process MIKE 11 GIS was used as a database and data processor. The available hydrological (rainfall and water-level) data acquired from the data of 1996 to 1998 , were used to produce the flow simulation during the time of the storm event. This result of the study shows that it is possible to use limited hydrological data to map the flash flood using MIKE 11 and MIKE 11 GIS. However, ground survey data with cross sectional intervals of 75 m to 100 m used in the study was found to be insufficient to provide adequately the elevation profile and further refinement is neccessary. Flood control channels - design and construction Geographic information systems Flood control 2002-10 Thesis http://psasir.upm.edu.my/id/eprint/12138/ http://psasir.upm.edu.my/id/eprint/12138/1/FK_2002_91.pdf text en public masters Universiti Putra Malaysia Flood control channels - design and construction Geographic information systems Flood control Faculty of Engineering Ahmad, Noordin English
institution	Universiti Putra Malaysia
collection	PSAS Institutional Repository
language	English English
advisor	Ahmad, Noordin
topic	Flood control channels - design and construction Geographic information systems Flood control
spellingShingle	Flood control channels - design and construction Geographic information systems Flood control Arbai, Sabariah Application Of Mike 11 Gis Model For Modeling Of Flood In Sungai Kayu Ara Catchment
description	Flash flood occurring from fast development and socioeconomic growth within Klang Valley has imposed a huge strain impact onto the entire urbanized areas. Accurate techniques in ascertaining flood estimation and prediction would normally be able to propose beneficial solutions in counteracting the phenomena. However, this would require up to date reliable data and effective hydrological modeling coupled to socio-economic studies. These types of studies is time consuming and costly. Complex models produce large quantities of result and difficult for people without specialized backgrounds to understand . New modeling techniques and computer visualization would improve the timeliness and accuracy of hydrological analysis and flood forecasting. With the limited data, complex hydrological approaches could be accomplished.This study intends to illustrate the capability of MIKE 11 GIS to simulate the flood map for Sungai Kayu Ara in modeling the flood mapping. Direct runoff hydrograph could be generated from the rating curve to be used as the input data in preparing the simulation for the flash flood . Crucial ground survey data as one of the significant criteria in producing reliable flood elevation profile is examined . The study also shows that Geographical Information System (GIS) is capable to integrate spatial data and applying spatial simulation from limited data. It is able assist in the understanding of the flooding physical processes and in facilitating the decision-making . The flood simulation can further be modeled with changes in land-use and curve numbers features pertaining to the future development growth. In achieving the above objective, flood modeling was carried out on Sungai Kayu Ara catchment area. In the process MIKE 11 GIS was used as a database and data processor. The available hydrological (rainfall and water-level) data acquired from the data of 1996 to 1998 , were used to produce the flow simulation during the time of the storm event. This result of the study shows that it is possible to use limited hydrological data to map the flash flood using MIKE 11 and MIKE 11 GIS. However, ground survey data with cross sectional intervals of 75 m to 100 m used in the study was found to be insufficient to provide adequately the elevation profile and further refinement is neccessary.
format	Thesis
qualification_level	Master's degree
author	Arbai, Sabariah
author_facet	Arbai, Sabariah
author_sort	Arbai, Sabariah
title	Application Of Mike 11 Gis Model For Modeling Of Flood In Sungai Kayu Ara Catchment
title_short	Application Of Mike 11 Gis Model For Modeling Of Flood In Sungai Kayu Ara Catchment
title_full	Application Of Mike 11 Gis Model For Modeling Of Flood In Sungai Kayu Ara Catchment
title_fullStr	Application Of Mike 11 Gis Model For Modeling Of Flood In Sungai Kayu Ara Catchment
title_full_unstemmed	Application Of Mike 11 Gis Model For Modeling Of Flood In Sungai Kayu Ara Catchment
title_sort	application of mike 11 gis model for modeling of flood in sungai kayu ara catchment
granting_institution	Universiti Putra Malaysia
granting_department	Faculty of Engineering
publishDate	2002
url	http://psasir.upm.edu.my/id/eprint/12138/1/FK_2002_91.pdf
_version_	1804888686026817536

Application Of Mike 11 Gis Model For Modeling Of Flood In Sungai Kayu Ara Catchment

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