Summary: The main objective of our work is to estimate the climatic peculiarities of the distribution of wind sea and swell in the Black Sea. The method of our research is numerical modeling. We tuned the spectral wave model DHI MIKE 21 SW for automatic separation of the components of surface waves. We estimated the peculiarities of the spatial distribution of the power of wind seas and swell in the basin of the Black Sea in the last 10 years (2007–2016). We determined the regions of domination of wind seas and swell in the field of mixed waves. Keywords: Wind seas, Swell, Wave climate, Black Sea, Numerical modeling, Separation of wave component
In this study, performances of 3rd generation wave models, SWAN and WAVEWATCH III, under storm condi...
The swell waves which are an important component of wind generated waves have significant effects on...
The dynamics on the North Western Shelf area of the Black Sea are examined, with an emphasis on the...
In the present research, an overview of the wind climate on the northwestern coast of the Black Sea ...
The swell climate of the Black Sea has been determined using a long-term 31-year wave hindcast with ...
In this study we describe the wind wave fields in the Black Sea. The general aims of the work were t...
The aim of the present work is to assess the wind and wave climate in the Black Sea while considerin...
The most relevant patterns of the wave energy propagation in the western side of the Black Sea were ...
Wind waves are highly complex, random phenomena. One way to describe the irregular nature of the sea...
The Black Sea wave climate was the subject of various studies and research projects. In the last yea...
This poster describes the results of some studies performed on the development of an efficient and o...
The characterization of future wave-storms and their relationship to large-scale climate can provide...
The characterization of future wave-storms and their relationship to large-scale climate can provide...
In this study, we investigate wave-currents interaction for the first time in the Black Sea, impleme...
This study aims to assess wave energy potential and its long-term spatial and temporal characteristi...
In this study, performances of 3rd generation wave models, SWAN and WAVEWATCH III, under storm condi...
The swell waves which are an important component of wind generated waves have significant effects on...
The dynamics on the North Western Shelf area of the Black Sea are examined, with an emphasis on the...
In the present research, an overview of the wind climate on the northwestern coast of the Black Sea ...
The swell climate of the Black Sea has been determined using a long-term 31-year wave hindcast with ...
In this study we describe the wind wave fields in the Black Sea. The general aims of the work were t...
The aim of the present work is to assess the wind and wave climate in the Black Sea while considerin...
The most relevant patterns of the wave energy propagation in the western side of the Black Sea were ...
Wind waves are highly complex, random phenomena. One way to describe the irregular nature of the sea...
The Black Sea wave climate was the subject of various studies and research projects. In the last yea...
This poster describes the results of some studies performed on the development of an efficient and o...
The characterization of future wave-storms and their relationship to large-scale climate can provide...
The characterization of future wave-storms and their relationship to large-scale climate can provide...
In this study, we investigate wave-currents interaction for the first time in the Black Sea, impleme...
This study aims to assess wave energy potential and its long-term spatial and temporal characteristi...
In this study, performances of 3rd generation wave models, SWAN and WAVEWATCH III, under storm condi...
The swell waves which are an important component of wind generated waves have significant effects on...
The dynamics on the North Western Shelf area of the Black Sea are examined, with an emphasis on the...