不规则波在逆流中的破碎

[1] On the Highest Wave of Permanent Type.Phil,Mag. McCowan J. Series . 1984

[2] Theory of the Almost Highest Wave:The Inner Solution. Longuet-Higgins M S,Fox M J H. Journal of Fluid Mechanics . 1977

[3] Coditions for the Occurrence of Vortices Induced by Breaking Waves. Zhang Kaping,Tsuguo Sunamura. Coastal Engineering . 1990

[4] Coastal Engineering I,Generation,Propagation and Influence of Waves. Silvester R. . 1974

[5] Incipent Wave Breaking. Kamphuis J W. Coastal Engineering . 1991

[6] Stream Function Representation of Nonlinear Ocean Waves. Dean R G. Chinese Journal of Geophysics . 1965

[7] Parametric Modelling of Joint Probability Density Distribution for Steenpnessand Asymmetric in Deep Water Waves. Day Myrhaug,Sren Peter Kjeldsen. Applied Ocean Research . 1984

[8] Prediction of Occurrence of Breaking Waves in Deep Water. Ochi M K,C H Tsai. Journal of Physics . 1983

[1] On the Highest Wave of Permanent Type.Phil,Mag. McCowan J. Series . 1984

[2] Theory of the Almost Highest Wave:The Inner Solution. Longuet-Higgins M S,Fox M J H. Journal of Fluid Mechanics . 1977

[3] Coditions for the Occurrence of Vortices Induced by Breaking Waves. Zhang Kaping,Tsuguo Sunamura. Coastal Engineering . 1990

[4] Coastal Engineering I,Generation,Propagation and Influence of Waves. Silvester R. . 1974

[5] Incipent Wave Breaking. Kamphuis J W. Coastal Engineering . 1991

[6] Stream Function Representation of Nonlinear Ocean Waves. Dean R G. Chinese Journal of Geophysics . 1965

[7] Parametric Modelling of Joint Probability Density Distribution for Steenpnessand Asymmetric in Deep Water Waves. Day Myrhaug,Sren Peter Kjeldsen. Applied Ocean Research . 1984

[8] Prediction of Occurrence of Breaking Waves in Deep Water. Ochi M K,C H Tsai. Journal of Physics . 1983