We discuss two independent, large scale experiments performed in two wave basins of different dimensions in which the statistics of the surface wave elevation are addressed. Both facilities are equipped with a wave maker capable of generating waves with prescribed frequency and directional properties. The experimental results show that the probability of the formation of large amplitude waves strongly depends on the directional properties of the waves. Sea states characterized by long-crested and steep waves are more likely to be populated by freak waves with respect to those characterized by a large directional spreading.status: publishe
Rogue waves are abnormally high, with respect to the mean, waves in the ocean. Present understanding...
Extreme waves are reported more frequently than the probability predicted from standard statistical ...
For random unidirectional wave fields propagating on water of infinite depths, high-order nonlineari...
We discuss two independent, large scale experiments performed in two wave basins of different dimens...
A new set of laboratory experiments to examine the short-term statistics of crest elevation and wave...
Extreme waves represent a serious threat for marine structures and operations. Numerical and theoret...
ABSTRACT The paper is based on review of research articles by the authors, with the purpose to demon...
Extreme waves represent a serious threat for marine structures and operations. Numerical and theoret...
A wave basin experiment has been performed in the MARINTEK laboratories, in one of the largest exist...
This paper concerns the description of surface water waves, specifically nonlinear changes in the di...
The formation mechanism of extreme waves in the coastal areas is still an open contemporary problem ...
Design criteria in ocean engineering, whether this is one in 50 years or one in 5000 years event, ar...
Extreme wave statistics of unidirectional and counter-propagating seas are investigated, for the spe...
Seven freak wave incidents previously documented in the real ocean in combination with model hindcas...
Water waves are an important design consideration for engineers wishing to design structures in the ...
Rogue waves are abnormally high, with respect to the mean, waves in the ocean. Present understanding...
Extreme waves are reported more frequently than the probability predicted from standard statistical ...
For random unidirectional wave fields propagating on water of infinite depths, high-order nonlineari...
We discuss two independent, large scale experiments performed in two wave basins of different dimens...
A new set of laboratory experiments to examine the short-term statistics of crest elevation and wave...
Extreme waves represent a serious threat for marine structures and operations. Numerical and theoret...
ABSTRACT The paper is based on review of research articles by the authors, with the purpose to demon...
Extreme waves represent a serious threat for marine structures and operations. Numerical and theoret...
A wave basin experiment has been performed in the MARINTEK laboratories, in one of the largest exist...
This paper concerns the description of surface water waves, specifically nonlinear changes in the di...
The formation mechanism of extreme waves in the coastal areas is still an open contemporary problem ...
Design criteria in ocean engineering, whether this is one in 50 years or one in 5000 years event, ar...
Extreme wave statistics of unidirectional and counter-propagating seas are investigated, for the spe...
Seven freak wave incidents previously documented in the real ocean in combination with model hindcas...
Water waves are an important design consideration for engineers wishing to design structures in the ...
Rogue waves are abnormally high, with respect to the mean, waves in the ocean. Present understanding...
Extreme waves are reported more frequently than the probability predicted from standard statistical ...
For random unidirectional wave fields propagating on water of infinite depths, high-order nonlineari...