There are a number of well established methods in the literature describing how to assess
and analyze measured wind wave data. However, obtaining reliable results from these …

In this investigation, we evaluated the WAVEWATCH III (WWIII) model performances by
testing the sensitivity of different input-dissipation parameterizations for the Indian seas …

The wind energy input and whitecap dissipation terms in the third generation wave models
have been improved over the time. In this research, the well-known WAM-Cycle4, known as …

In this study, the Gaussian Quadrature Method (GQM) method was implemented in the
WAVEWATCH-III model and used along with embedded formulations for estimating the …

A high-resolution, unstructured Simulating WAves Nearshore (SWAN) model with a
resolution of 200 m within 20 km of the coast was developed to provide a reliable setting for …

This study has been motivated by the limited accuracy of wave models under short-duration,
fetch-limited conditions. This applies particularly to the wave period, in semi-enclosed …

The objective of the present work is to analyse the performance of a high-resolution wave
forecasting system to provide accurate real time information about the sea states in the …

The Bay of Bengal and Arabian Sea are annually exposed to severe tropical cyclones,
which impose massive infrastructure damages and cause the loss of life in coastal regions …

Numerous wind force data with different temporal and spatial resolution have been released
over the last decades which can be utilized in a wave model to simulate wave spectrum and …

This study aims to use a fully realistic high-resolution mesoscale atmospheric and wave
model to reproduce met-ocean conditions during a meteotsunami in the Persian Gulf. The …