Model Hidrodinamika dan sediment transport pada muara sungai Musi Palembang,Sumatera Selatan

Achmad, Syarifudin Model Hidrodinamika dan sediment transport pada muara sungai Musi Palembang,Sumatera Selatan. KNI-ICID. ISSN 978-602-17954-4-6

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Musi River is the largest river with a length of 750 kilometers and an average width of 540 meters (1,350 feet the longest width) located around the Kemaro island. Basically , the sedimentation on the Musi river including the sedimentation rate is high due to the current meeting between Musi river and ocean currents in the Bangka strait. Musi river silting conditions more severe because the silt reaches about 40 cm per month. In fact, the volume of sludge could reach 2.5 million meters³. Along the Musi river shipping channel to the Port Boombaru and Bangka Strait, there were 13 points silting. Four points are particularly vulnerable, because of silting up to 4 meters. Location is quite prone to it that in the northern part of the Payung island and estuary of Jaran, while the locations that experienced the most severe siltation, among others, on the brink of beyond, the mouth of the shore and the waters of the strait south of the island as well as the Payung term sedimentation that can reach 7 km, so the ships that cross the Musi river should be guided by the tidal of Musi river.. It is necessary for the study of sediment transport in the outer verge Musi river so it can be predicted by the location of erosion and sedimentation modeling approach MIKE - 21 Flow Model . ________________________________________________ Keywords : sediment transport , navigational flow , hydraulic model

Item Type: Article
Subjects: T Technology > TD Environmental technology. Sanitary engineering
Divisions: Faculty of Engineering, Science and Mathematics > School of Civil Engineering and the Environment
Date Deposited: 16 Feb 2016 05:49
Last Modified: 16 Feb 2016 05:49

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