The aim of the session is to describe all aspects of the large-amplitude wave phenomenon in the ocean as the freak, rogue and storm waves; large-amplitude edge and internal waves: dynamical and statistical theories, observations and modelling, numerical simulations in the framework of approximate theories as well as full nonlinear equations. Special attention will be paid to the description of the wave breaking
process, and also large-amplitude wave interaction with coastal structures. The rogue wave phenomenon of any physical nature will be discussed also.
Poster Summaries and Discussions: PSD19.32 Friday 27 April, 12:15-13:00. Room SM6

5 min for each


EGU2012-5719ys
X. Feng, M. Tsimplis, and M. Yelland
Extreme waves at Polar front of North Atlantic from 2000 to 2009

EGU2012-8454
S. I. Badulin et al.
Three-dimensional freak waves and higher-order wave-wave resonances

EGU2012-113ys
I. Didenkulova, E. Pelinovsky, and A. Rodin
Formation of shallow water rogue waves taking into account wave breaking effects

EGU2012-603ys
E. Shurgalina, E. Pelinovsky, A. Sergeeva, T. Talipova, and A. Litra
KdV - turbulence and extreme waves in shallow water

EGU2012-6913
V. Maximov, I. Nudner, G. Khakimzyanov, K. Semenov, and E. Pelinovsky
Extreme Waves Interaction with Construction of a Mixed Profile

EGU2012-4828ys
N. Makarenko and E. Ulanova
The density stratification and amplitude dispersion of internal waves

EGU2012-1279
T. Talipova, K. Terletska, V. Maderich, I. Brovchenko, R. Grimshaw, and E. Pelinovsky
Loss of energy in transition of internal solitary wave over the bottom step

EGU2012-74
E. Pelinovsky and T. Talipova
Strong wave transformation under uneven bottom: analytical results