Dr Hiroaki KASHIMA

from Port and Airport Research Institute, Japan

gave a lecture in the Natural Ocean Engineering Laboratory (NOEL), on

Estimation of Extreme Wave Occurrence from Deep to Shallow Water

 

Brief about the talk

In the past two decades, the deep-water extreme wave such as a freak wave was measured and caused several severe damages to offshore structures and vessels. An accurate estimation of maximum wave height and the prediction of the freak wave occurrence is important for marine safety and ocean development. However, it is not clear the behavior of generated freak waves in deep-water shoaling to shallow water. It is interesting to examine the behavior of wave group enhanced in the deep-water propagating to shallow water.

The talk will show some results on the characteristics of the extreme wave occurrence from deep to shallow water for unidirectional random waves using a series of physical experiments and numerical simulations with the standard Boussinesq equation.

 

Seminar of Dr Hiroaki KASHIMA, Port and Airport Research Institute, Japan

Seminar of Dr Hiroaki KASHIMA, Port and Airport Research Institute, Japan



Title

Seminar of Dr Hiroaki KASHIMA, Port and Airport Research Institute, Japan

Date

20/05/2016

Abstract

Dr Hiroaki KASHIMA

from Port and Airport Research Institute, Japan

gave a lecture in the Natural Ocean Engineering Laboratory (NOEL), on

Estimation of Extreme Wave Occurrence from Deep to Shallow Water

 

Brief about the talk

In the past two decades, the deep-water extreme wave such as a freak wave was measured and caused several severe damages to offshore structures and vessels. An accurate estimation of maximum wave height and the prediction of the freak wave occurrence is important for marine safety and ocean development. However, it is not clear the behavior of generated freak waves in deep-water shoaling to shallow water. It is interesting to examine the behavior of wave group enhanced in the deep-water propagating to shallow water.

The talk will show some results on the characteristics of the extreme wave occurrence from deep to shallow water for unidirectional random waves using a series of physical experiments and numerical simulations with the standard Boussinesq equation.