Wave attenuation is a recognized function of sea grass ecosystems which is believed to
depend on plant characteristics. This paper presents field data on wave attenuance …

An approach for modelling of multipeaked directional wave spectra is proposed. For model
identification, a numerical optimization technique that uses the random linear search …

The study reviews, based on the state-of-the-art findings, some uncertainties associated with
wave data and models currently used in design and operation procedures of ship and …

Coexistence of wind sea generated locally and swell radiated from distant storms often yield
double-peaked or multiple-peaked wave spectra. Inter-comparison of such data and the …

The probability distribution of the height of global maximum for a Gaussian random field
evolving in time is studied. In particular, the effect of spreading is studied and the role of the …

Multi-peaked directional wave spectra have been estimated by the well-known maximum
likelihood method and modeled by applying a numerical optimization approach that uses a …

The problem of sea wave climate description through climatic directional spectra is
addressed and an example application is made to Portuguese coastal waters and Northeast …

Addressing sea state in a coastal region of Gulf of Oman by a directional wave spectrum for
the very first time is the main focus of this study. The region encounters wind-sea as well as …

We compare PUV wave observations from two collocated velocity/pressure sensors
(Aquadopp Current Profiler and Vector Velocimeter). Our objective was to use the …

The fatigue damage sensitivity to wave directionality on large-diameter monopile
foundations for use in the offshore wind turbine industry is investigated. A frequency-domain …