AO
Andrea Orlandi
5 records found
1
This study introduces a novel framework of metocean prediction and ship performance models that integrate multiple layers of modeling to evaluate the environmental impact of ship emissions. It enables scenario simulations that assess a ship's performance, estimates pollutant emis
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In the present study, scenario simulations are performed by integrating ship performance prediction models with meteo-marine forecasting and pollutants emissions transport models. By considering the detailed simulation of seakeeping and powering performance of a ship along predef
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Powering and seakeeping forecasting for energy efficiency
Assessment of the fuel savings potential for weather routing by in-service data and ensemble prediction techniques
In this work an integration of high-resolution meteo-marine forecast data with detailed ship powering and seakeeping computational algorithms is investigated in order to asses the potential for the attainable fuel savings by weather routing algorithms along relatively short route
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Ship performances forecasting at the Mediterranean scale
Evaluation of the impact of meteocean forecasts on fuel savings for energy efficiency and weather routing
Sustainability and energy efficiency issues, connected to the search for fuel consumption reductions and to the more and more mandatory international regulations regarding the emissions of atmospheric pollutants, are acquiring a growing relevance in shipping industry. In this con
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The integrated use of modern seakeeping and powering computational techniques and state of the art meteo-marine forecasting and hindcasting resources has the potential of disclosing new ways to approach some relevant issues, such as for instance operations planning at sea, weathe
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