| Wave Forces on Submerged Semi-Circular Breakwater and Similar Structures |
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| 作者单位： | XIE Shileng
Prof. Senior Engineer，The First Design Institute of Navigation Engineering，Ministry of Communications of China，Tianjin 300222，P. R. China. |
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| 摘 要： | —The results of design and experiment of a submerged semi-circular breakwater at the Yangtzeestuary show that the submerged structure will be unsafe when the general empirical wave force formulafor semi-circular breakwater is used in design.Therefore,a new calculation method for the wave forces act-ing on a submerged semi-circular structure is given in this paper,in which the wave force acting on the in-side circumference of semi-circular arch is included,and the phase modification coefficient in the generalempirical formula is adjusted as well.The new wave force calculation method has been verified by the re-sults of seven related physical model tests and adopted in the design of the south esturary jetty of the firststage project of Deep Channel Improvement Project of the Yangtze River Estuary,the total jetty length be-ing 17.5km.
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Wave Forces on Submerged Semi-Circular Breakwater and Similar Structures |
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| Authors: | XIE Shileng
Prof Senior Engineer The First Design Institute of Navigation Engineering Ministry of Communications of China Tianjin P R China |
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| Institution: | XIE Shileng
Prof. Senior Engineer,The First Design Institute of Navigation Engineering,Ministry of Communications of China,Tianjin 300222,P. R. China. |
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| Abstract: | The results of design and experiment of a submerged semi-circular breakwater at the Yangtze estuary show that the submerged structure will be unsafe when the general empirical wave force formula for semi-circular breakwater is used in design. Therefore, a new calculation method for the wave forces acting on a submerged semi-circular structure is given in this paper, in which the wave force acting on the inside circumference of semi-circular arch is included, and the phase modification coefficient in the general empirical formula is adjusted as well. The new wave force calculation method has been verified by the results of seven related physical model tests and adopted in the design of the south esturary jetty of the first stage project of Deep Channel Improvement Project of the Yangtze River Estuary, the total jetty length being 17.5km. |
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| Keywords: | semi-circular breakwater submerged structure estuary jetty wave force |
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