DESIGN OF SYSTEM DRAINAGE AND RESERVOIR OF SUMMARECON BANDUNG AREA
<p align="justify">Changes of land use in a region can increase the value of run off coefficient. Changes of land use from fields to urban areas can make the flow of water into the river becomes larger. This can cause flooding downstream of the river. Therefore, the area needs a desi...
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id-itb.:265232018-07-03T08:50:23ZDESIGN OF SYSTEM DRAINAGE AND RESERVOIR OF SUMMARECON BANDUNG AREA QONITA ERIRA - Nim: 15014159 , DESY Indonesia Final Project INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/26523 <p align="justify">Changes of land use in a region can increase the value of run off coefficient. Changes of land use from fields to urban areas can make the flow of water into the river becomes larger. This can cause flooding downstream of the river. Therefore, the area needs a design system drainage to minimize run off dischagre to the river. <br /> <br /> The planning of system drainage of Summarecon Bandung Area – Gedebage has open channel system and reservoir system with 6 reservoir. It starts with planning of network drainage system, analyzing rainfall data, then used in open channel dimension design. Water in channel run into each reservoir until it reaches the outlet point on reservoir 6. The interconnection between reservoir are spillway, pipe and water gate. The reservoir system is reviewed with the condition of reservoir filled with water and empty from water. The final outflow from outlet is streamdown to water channel outside the area.<p align="justify"> <br /> <br /> text |
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<p align="justify">Changes of land use in a region can increase the value of run off coefficient. Changes of land use from fields to urban areas can make the flow of water into the river becomes larger. This can cause flooding downstream of the river. Therefore, the area needs a design system drainage to minimize run off dischagre to the river. <br />
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The planning of system drainage of Summarecon Bandung Area – Gedebage has open channel system and reservoir system with 6 reservoir. It starts with planning of network drainage system, analyzing rainfall data, then used in open channel dimension design. Water in channel run into each reservoir until it reaches the outlet point on reservoir 6. The interconnection between reservoir are spillway, pipe and water gate. The reservoir system is reviewed with the condition of reservoir filled with water and empty from water. The final outflow from outlet is streamdown to water channel outside the area.<p align="justify"> <br />
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format |
Final Project |
author |
QONITA ERIRA - Nim: 15014159 , DESY |
spellingShingle |
QONITA ERIRA - Nim: 15014159 , DESY DESIGN OF SYSTEM DRAINAGE AND RESERVOIR OF SUMMARECON BANDUNG AREA |
author_facet |
QONITA ERIRA - Nim: 15014159 , DESY |
author_sort |
QONITA ERIRA - Nim: 15014159 , DESY |
title |
DESIGN OF SYSTEM DRAINAGE AND RESERVOIR OF SUMMARECON BANDUNG AREA |
title_short |
DESIGN OF SYSTEM DRAINAGE AND RESERVOIR OF SUMMARECON BANDUNG AREA |
title_full |
DESIGN OF SYSTEM DRAINAGE AND RESERVOIR OF SUMMARECON BANDUNG AREA |
title_fullStr |
DESIGN OF SYSTEM DRAINAGE AND RESERVOIR OF SUMMARECON BANDUNG AREA |
title_full_unstemmed |
DESIGN OF SYSTEM DRAINAGE AND RESERVOIR OF SUMMARECON BANDUNG AREA |
title_sort |
design of system drainage and reservoir of summarecon bandung area |
url |
https://digilib.itb.ac.id/gdl/view/26523 |
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1821934102664708096 |