Journal of Ocean Engineering and Technology (한국해양공학회지)

Korean Society of Ocean Engineers (한국해양공학회)
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Computation of Non-Linear Wave Height Distribution in the Seogwipo Harbor Using Finite Element Method

  • Kim, Nam-Hyeong (Major of Civil and Environmental Engineering, School of Ocean Science, Cheju National University) ;
  • Hur, Young-Teck (School of Civil Engineering, Graduate School, Kyoto University) ;
  • Young, Yin-Lu (Dept. of Civil and Environmental Engineering, Princeton University)
  • Published : 2003.12.01
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Abstract

In this paper, finite element method is applied for the numerical analysis of wave height distribution. The mild-slope equation is used as the basic equation. The key of this model is to impose the effect of nonlinear waves. Numerical results are presented and agreed well with the results from experimental measurements and other numerical analysis. The present method to determine wave height distribution can be broadly utilized for the analysis of new harbor and port designs in the future.

Keywords

References

  1. Proc. 13th International Conference on Coastal Engineering Computation of Combined Refraction-diffraction Berkhoff,J.C.W.
  2. Coastal Engineering v.6 Verification of Numerical Wave Propagation Models for Simple Harmonic Linear Waves Berkhoff,J.C.W.
  3. Applied Ocean Research v.8 no.2 Effects of Bottom Friction and Boundary Absorption on Water Scattering Chen,H.S.
  4. Technical Report CHL-98-26 CGWAVE: A Coastal Surface Water Wave Model of the Mild Slope Equatio Demirbilez,Z.;Panchang,V.G.
  5. Coastal Engineering Horikawa,K.
  6. Jornal of Ocean Engineering and Technology v.16 no.1 The Numerical Simulation of Harbor Calmness by Finite Element Method Kim,N.;Hur,Y.
  7. Jornal of Ocean Engineering and Technology v.17 no.1 Calmness Analysis of Jeju Harbor by Finite Element Technique Kim,N.;Hur,Y.
  8. Jornal of Korean Institure of Part Research v.14 no.1 Automatic Mesh Generation Method in Shallow Water Area Considering Water Depth Kim,N.;Yang,J.;Park,S.
  9. Coastal Engineering v.9 An Approximate Model for Nonlinear Dispersion in Monochromatic Wave Propagation Models Kirby,J.T.;Dalrymple,R.A.
  10. Execution Design Report (in Korean) Execution Design Report of Outer Harbor Breakwater in Seogwip Harbor Ministry of Maritime Affairs & Fisheries