This study presents the first spatial calibration of SWAN model physical parameters based
on satellite observations for the Black and Azov Seas. Currently, the wind-wave model …

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 …

Accurate tropical cyclone (TC) wind fields are crucial for modeling TC waves. Usually,
reanalysis wind data, such as the ERA-Interim dataset, and parametric TC models, such as …

The performance of a wind-wave modelling system applied to the Black Sea basin is
evaluated. The models considered are WRF (Weather Research and Forecasting) for wind …

This study aims at an assessment of wind re-analyses for modelling storms in the Black Sea.
A wind-wave modelling system (Simulating WAve Nearshore, SWAN) is applied to the Black …

This paper evaluates the wave modeling performance in the Gulf of Mexico and Western
Caribbean Sea employing three different wind reanalysis data. Wind reanalysis is employed …

Nearshore wave prediction is an area of research which still demands continuous
developments and the accuracy of wave models in the nearshore regions, is known to be …

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 …

Waves simulated by a high-resolution calibrated SWAN model of China adjacent seas over
a long-term period (from 1996 to 2020) are utilized to investigate the characteristics of …

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 …