The ship fuel consumption (SFC) model is crucial for research on ship energy efficiency
simulation, optimisation, and carbon emission prediction. In this study, the bibliometric tool …

Ship energy consumption and emission prediction are critical for ship energy efficiency
management and pollution gas emission control, both of which are major concerns for the …

An accurate prediction of ship fuel consumption is critical for speed, trim, and voyage
optimisation etc. While previous studies have focused on predicting ship fuel consumption …

Sustainability and environmental compliance in ship operations is a prominent research
topic as the waterborne sector is obliged to adopt” green” mitigation strategies towards a low …

In the maritime industry, more accurate predictions of fuel oil consumption (FOC) could yield
multidimensional results including more precise bunker calculations, emission reductions …

Several machine learning approaches to determine ship responses via data-driven models
have been applied. Input features and parameters used relied on time-series analyses …

The maritime industry is one of the most competitive industries today. However, there is a
tendency for the profit margins of shipping companies to reduce due to an increase in …

Energy efficiency and operational safety practices on ships have gained more importance
due to the rules set by the International Maritime Organization in recent years. While …

Maritime transportation is the backbone of global trade, as ships carry over 80% of trading
goods worldwide. As the shipping industry is mainly powered by heavy fuel oil, it has an …

Estimating the Fuel Oil Consumption (FOC) of a vessel is a critical task for the maritime
industry, affecting route planning and the overall management of the vessel's operation and …