This paper presents a comprehensive review of the current regulations and the various
technologies as well as the decision support methods for each technology the maritime …

Historically, the field of naval architecture has relied on a combination of model testing and
scaling laws, known as extrapolation procedures, to predict full-scale power requirements …

The studies of energy efficiency in ship** have grown in importance in light of recent air
pollution developments. Moreover, the Fourth Greenhouse Gas (GHG) Study of the …

Adjusting a vessel's trim and draught to enhance resistance characteristics is a promising
strategy to improve the energy efficiency of maritime transport. However, the vast majority of …

Historically, the prediction ship resistance has received its fair share of attention by the
scientific community. Yet, a robust scaling law still lacks, leaving testing facilities to rely on …

This paper presents the results of study effect of trim on resistance of US Navy Combatant
DTMB 5415 model at three different drafts and two Froude numbers by using unsteady …

In this study, added resistance and motion responses of KRISO Container Ship (KCS) were
evaluated experimentally and numerically in six different trim angles. A series of towing tank …

Ship** is vital for global trade but also emits significant greenhouse gases. To address
this issue, various measures have been proposed, including improved ship design …

One of the promising strategies for the improvement of the resistance characteristics and
energy efficiency of a ship is trim optimization. Most of the studies conducted so far …

In international ship**, there are several waterways that are widely viewed as bottlenecks.
Among these is the Suez Canal, where recent expansions have taken place. Although the …