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Cause Analysis of Abnormal Deposition of Hong Kong–Zhuhai–Macao Bridge in Pearl River Estuary, China by Li Wendan; Cui Cheng; Han Zhiyuan; Xie Mingxiao is a scholarly article available to read on EtoBox.

What is Cause Analysis of Abnormal Deposition of Hong Kong–Zhuhai–Macao Bridge in Pearl River Estuary, China about?

Consisting of a 28.9-km-long bridge, two 6.7-kmlong man-made islands, and a 5,664-m-long immersed tube tunnel, the Hong Kong-Zhuhai-Macao Bridge is a super large-scale transportation project in the Lingding Bay of the Pearl River Estuary. The construction of the immersed tube tunnel involved arranging 33 tunnel elements from west to east in an excavated foundation trench. The installation was forced to stop, which was a difficult problem for the project team to solve immediately due to the abnormal deposition for tunnel element 15 during floating installation on November 15, 2014. In this article, the hydrodynamic and sediment environment, the topographic and geomorphic features, suspended sediment concentration caused by sand-dredging activities, and flow field near deep foundation trench were analyzed for the purpose of research. Overall, the cause of abnormal deposition was very complicated. Large-scale sand-dredging activities on the north side of Neilingding Island directly led to an increase in the suspended sediment concentration. With tunnel element 15 as the boundary, the topographical and geomorphic differences between the east and west sides were the reason that silting

Author

Li Wendan; Cui Cheng; Han Zhiyuan; Xie Mingxiao

Publisher

IEEE

Published

2021

Language

EN