In the field of marine engineering, there is a strong motivation to increase the propulsion
system efficiency, mainly due to rising fuel prices and the new environmental and …

Abstract International Maritime Organization has entered into force several regulations to
lessen the carbon footprint of maritime transport. EEXI is utilized to sustain continuously …

In this study, operating parameters of a semi-empirical mathematical model of a proton-
exchange membrane fuel cell (PEMFC) are extracted and compared using various …

Energy efficiency saving and harmful emission reduction applications on marine vessels are
quite valuable to achieving sustainable development goals highlighted by the IMO. In line …

This study focuses on the novel perspective of marine ORC systems with a detailed marine
diesel generator plant simulation integrated with an ORC system model to evaluate …

This study aims to investigate the environmental and economic impacts of implementing fuel
cell and battery-based hybrid configurations. Phosphoric acid and molten carbonate fuel cell …

The study aims to evaluate system combinations including batteries and electric motors for
the all-electric training ship and to develop a shore facility with photovoltaic solar panels for …

This research aims to assess the integration of different fuel cell (FC) options with battery
and waste heat recovery systems through a mathematical modelling process to determine …

The paper aims to investigate the fuel and system options for a floating power plant (FPP)
considering economic performance and the decarbonization goals of the International …

The marine vessel performance is quite critical in the maritime applications. In addition to
internal variables like fuel, propulsion type, and loading condition, external factors such as …