EXTREME WAVES

Extreme Wave Generation in Laboratory Wave Tank

Waseda, T, Rheem, C K, Univ of Tokyo; Tanizawa, K, National Maritime Research Inst; Sawamura, J, Yuhara, T, Univ of Tokyo; Tomita, H, National Maritime Research Inst; Kinoshita, T, Univ of Tokyo, Japan

Creation and Annihilation of Extremely Steep Transient Wave

Ten, I K, Tomita, H, National Maritime Research Inst, Japan

On a New Formulation of Bichromatic Nonlinear Wave Profiles and Its Numerical Study

Jang, T S, Kwon, S H, Pusan National Univ, Korea 

Experimental Studies on Energy Dissipation in Directional Breaking Waves

Meza, E, Mexico National Polytechnic Inst, Mexico ; Hong, K Y, Korea Research Inst of Ships and Ocean Engineering, Korea ; Liu, S X, Dalian Univ of Tech, China ; Zhang, J, Texas A&M Univ, USA

Wave Energy Focusing in a Three-dimensional Numerical Wave Tank

Fochesato, C, Universite Bordeaux 1; Dias, F, Ecole Normale Superieure de Cachan, France; Grilli, S T, Univ of Rhode Island, USA

Diffraction Effects in a Phase-averaged Wave Model

Chen, G Y, National Sun Yat-sen Univ; Chang, H W, Industrial Tech Resesarch Inst, Taiwan, China

Numerical Estimations of Wave Reflection Coefficient for Irregular Waves over Submerged Obstacles

Shih, R S, Tung Nan Inst of Tech; Chou, C R, Yim, J, National Taiwan Ocean Univ, Taiwan, China

Probability of the Occurrence of Freak Waves in Deep Water

Zhang, S S, Zhang, J, Texas A&M Univ, USA

NONLINEAR WAVES

Evaluation of Nonlinear Local Wave Loads on a Fixed Structure

Teigen, P, Statoil, Norway

Numerical Modeling of Nonlinear Surface Waves Caused by Surface Effect Ships

Sung, H G, Korea Res Inst of Ships and Ocean, KORDI, Korea; Grilli, S T, Univ of Rhode Island, USA

Time-domain Prediction of Non-linear Ship Motions and Loads in Large Waves Using a High Order Panel Method

Qian, K, Wang, Y Y, Dalian Univ of Tech, China

Propagation of Ship Waves on Slope

Dam, T K, Tanimoto, K, Akagawa, Y, Saitama Univ, Japan

Application of B-Spline Based Higher-order Panel Method to Inviscid Flow Problems

Lee, C S, Kim, G D, Chungnam National Univ, Korea

A Power Flow Design and Control Method Based on the Power Flow Mode Theory with Applications to Vibration Controls

Xiong, Y P, Xing, J T, Price, W G, Univ of Southampton, UK

System Identification of Offshore Structures Using Empirical Mode Decomposition

Varadarajam, N, Sea Engineering; Nagarajaiah, S, Rice Univ, USA