CONCEPTUAL MODEL FOR FLOOD PREDICTION USING THE TANK MODEL CASE STUDY: CIKAPUNDUNG WATERSHED

In Indonesia, there are 5,590 main rivers and 600 of them have the potential to cause flooding. The flood-prone areas covered by these main rivers reach 1.4 million hectares. When rainfall is high, runoff is the most important component of the river outlet in a watershed; subsurface currents and gro...

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Main Author:	Radhika
Format:	Theses
Language:	Indonesia
Online Access:	https://digilib.itb.ac.id/gdl/view/54418
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Institution:	Institut Teknologi Bandung
Language:	Indonesia

id	id-itb.:54418
spelling	id-itb.:544182021-03-16T15:02:17ZCONCEPTUAL MODEL FOR FLOOD PREDICTION USING THE TANK MODEL CASE STUDY: CIKAPUNDUNG WATERSHED Radhika Indonesia Theses Flood, Conceptual Model, Tank Model, Fast Flow, Slow Flow INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/54418 In Indonesia, there are 5,590 main rivers and 600 of them have the potential to cause flooding. The flood-prone areas covered by these main rivers reach 1.4 million hectares. When rainfall is high, runoff is the most important component of the river outlet in a watershed; subsurface currents and groundwater account for a fraction of the flow of rivers. Large rainfall events usually create large surface runoff and cause a high probability of flooding in downstream areas, endangering the lives and property of individuals who live there. In this condition, hydrological analysis tends to focus on surface runoff simulations. This study aims to build a conceptual tank model to predict flooding, be it hydrograph form, peak time and flood volume and also be able to separate fast flow from slow flow using the routing transformation function, namely the gamma function. The model developed is good enough to predict flooding with an average correlation result 92% and an average NSE 0.86. text
institution	Institut Teknologi Bandung
building	Institut Teknologi Bandung Library
continent	Asia
country	Indonesia Indonesia
content_provider	Institut Teknologi Bandung
collection	Digital ITB
language	Indonesia
description	In Indonesia, there are 5,590 main rivers and 600 of them have the potential to cause flooding. The flood-prone areas covered by these main rivers reach 1.4 million hectares. When rainfall is high, runoff is the most important component of the river outlet in a watershed; subsurface currents and groundwater account for a fraction of the flow of rivers. Large rainfall events usually create large surface runoff and cause a high probability of flooding in downstream areas, endangering the lives and property of individuals who live there. In this condition, hydrological analysis tends to focus on surface runoff simulations. This study aims to build a conceptual tank model to predict flooding, be it hydrograph form, peak time and flood volume and also be able to separate fast flow from slow flow using the routing transformation function, namely the gamma function. The model developed is good enough to predict flooding with an average correlation result 92% and an average NSE 0.86.
format	Theses
author	Radhika
spellingShingle	Radhika CONCEPTUAL MODEL FOR FLOOD PREDICTION USING THE TANK MODEL CASE STUDY: CIKAPUNDUNG WATERSHED
author_facet	Radhika
author_sort	Radhika
title	CONCEPTUAL MODEL FOR FLOOD PREDICTION USING THE TANK MODEL CASE STUDY: CIKAPUNDUNG WATERSHED
title_short	CONCEPTUAL MODEL FOR FLOOD PREDICTION USING THE TANK MODEL CASE STUDY: CIKAPUNDUNG WATERSHED
title_full	CONCEPTUAL MODEL FOR FLOOD PREDICTION USING THE TANK MODEL CASE STUDY: CIKAPUNDUNG WATERSHED
title_fullStr	CONCEPTUAL MODEL FOR FLOOD PREDICTION USING THE TANK MODEL CASE STUDY: CIKAPUNDUNG WATERSHED
title_full_unstemmed	CONCEPTUAL MODEL FOR FLOOD PREDICTION USING THE TANK MODEL CASE STUDY: CIKAPUNDUNG WATERSHED
title_sort	conceptual model for flood prediction using the tank model case study: cikapundung watershed
url	https://digilib.itb.ac.id/gdl/view/54418
_version_	1822001774963195904

CONCEPTUAL MODEL FOR FLOOD PREDICTION USING THE TANK MODEL CASE STUDY: CIKAPUNDUNG WATERSHED

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