The physics-based approach is the most common framework for modelling ocean
engineering processes; however, in the last years data-driven models are becoming more …

Simulating hurricane-generated waves is a challenging task due to rapidly fluctuating wind
speed and direction, simultaneous presence of swells propagating out of the previous …

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 …

This study presents a detailed analysis of changes in wind and wave climate in the Western
Mediterranean Sea (WMed), based on 41 years of accurate wind and wave hindcasts. The …

This study presents the south-west Black Sea wave climatology based on a downscaling
approach of a long-term 31-year SWAN model wave hindcast using telescoping nested …

The performance of seven wind resources in simulating the significant wave height (H s) for
the Bohai, Yellow, and East China Seas (BYES) was evaluated with a numerical wave …

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 …

Significant wave height (SWH) prediction plays an important role in marine engineering
fields such as fishery, exploration, power generation, and ocean transportation. Traditional …

Significant wave height (SWH) plays an important role in supporting marine operational and
maritime activities, such as shipping, construction, and monitoring. Forecasting of significant …