WIND WAVE MODELLING OVER THE BALTIC SEA USING WAM MODEL AND THE COUPLED OCEAN CIRCULATION-WAVE POM MODEL
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Keywords

Wind wave forecasting
wind waves
sea waves
WAM model
project PROZA
Princeton Ocean Model
POM
wave-current interactions

How to Cite

CieÅ›likiewicz, W., Dudkowska, A., Janowczyk, R., RošÄinski, V., Roziewski, S., & Badur, J. (2017). WIND WAVE MODELLING OVER THE BALTIC SEA USING WAM MODEL AND THE COUPLED OCEAN CIRCULATION-WAVE POM MODEL. Coastal Engineering Proceedings, 1(34), posters.42. https://doi.org/10.9753/icce.v34.posters.42

Abstract

This study presents a setup of the wind wave forecasting model WAM working over the Baltic Sea in operational mode. The work is a part of the PROZA project financed from the Polish Innovative Economy Programme and the European Regional Development Fund. The modelling results are verified against observations recorded with a directional waverider buoy. The results of the validation studies are presented in this paper. The agreement between the modelled and observed wave data obtained was quite a good. The model setup is part of the system allowing for operational decision-making based on atmospheric and sea conditions. In the next stage of the project we are seeking for improvement of the modelling accuracy by taking into account wave-current interactions. To this end a new version of POM with embedded wave sub-model has been implemented. Based on cross-comparisons against observed waverider buoy data and the results obtained with WAM, some adjustments of the parameters controlling the coupled circulation-wave POM were applied. They are presented and discussed in this study.
https://doi.org/10.9753/icce.v34.posters.42
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References

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