A New Model for a Prediction of Beach Deformation around a River Mouth

Author:

Sawaragi T.,Lee J.,Deguchi I.

Publisher

Springer Japan

Reference10 articles.

1. Nihoul, J.C.J.;Adam, Y.: Dispersion and settling around a waste disposal point in a shallow sea. J. Hyd. Res. 13 (1975) 171–186.

2. Farmer, R.C.; Waldrop, W.R.: A model for sediment transport and delta formation. A.S.C. E. Coastal Sediment’ 77 (1977) 107–115.

3. Ozsoy, E.: Suspended sediment transport near tidal inlets. A.S.C. E. Coastal Sediment’ 77 (1977) 914–926.

4. Ashida, K.; Okabe, T.; Fujita, M.: Threshold condition of particle suspension and the concentration of suspended sediments at a reference level. Dis. Pre. Res. Inst. Annual No. 25. B-2. Kyoto Univ. (1982) 401–416. (in Japanese)

5. Deguchi, I.;Sawaragi, T.: Calculation of the rate of net on-offshore sediment transport on the basis of flux concept. Proc. 17th Conf. Coastal Eng. (1984) in press.

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1. Predictive model for wave-induced currents and 3D beach evolution based on FAVOR Method;International Journal of Naval Architecture and Ocean Engineering;2010-06

2. Numerical Modeling of Sediment Transport for Various Mode;Coastal Engineering 1996;1997-08-05

3. Effects of Structure on Deposition of Discharged Sediment around Rivermouth;Coastal Engineering 1988;1989-11

4. Beach Fill at Two Coasts of Different Configurations;Coastal Engineering 1986;1987-11-30

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