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 …

A comparative study is presented on ship hull resistance and propulsion power prediction
using empirical formulations and a Computational Fluid Dynamics (CFD) based solution …

This paper proposes an innovative approach to evaluate and enhance the ship's energy
efficiency using a machine learning (ML) technique. A methodology is proposed combining …

This paper introduces an innovative decision support system for improving ship energy
efficiency. It combines an engine optimization model and an artificial neural network (ANN) …

A feasibility analysis was conducted on a crude oil tanker. Differences in power generation
and fuel consumption of the diesel generators based on the noon report of the specified …

A propeller optimization procedure is developed by coupling a propeller design tool with a
nonlinear optimizer. An optimized propeller contributes toward maritime decarbonization …

The effects of hull and propeller roughness are presented over ten years of operation on
ship performance. The developed model used in this study is a combination of NavCad and …

The performance of a marine dual-fuel engine, equipped with an innovative hybrid
turbocharger producing electric power to satisfy part of the ship's electric load, is presented …

In this study, a model is developed to simulate the dynamics of an internal combustion
engine, and it is calibrated and validated against reliable experimental data, making it a tool …

This study presents a practical optimization procedure that couples the NavCad power
prediction tool and a nonlinear optimizer integrated into the Matlab environment. This …