The hubless rim-driven thruster (RDT) has become increasingly interesting for ship
propulsion. Gap flow has been proven as the main feature of RDT that cannot be simply …

Ship anti-rolling devices are an essential component of modern vessels. The core
component of the Magnus effect-based ship anti-rolling device is a rotating cylinder …

The harvesting of wind energy and its transformation into a thrust force for ship propulsion
are gaining in popularity due to the expected benefit in fuel consumption and emission …

To analyze the impact of the operating mode of the Magnus rotating roll stabilizer on anti-
rolling performance, a full speed range lift calculation method is proposed. By combining the …

The finite-length rotating column has been extensively studied because of its importance in
various fields, such as marine and aerospace. In this study, the hydrodynamic performance …

The patrol boat is one of the critical aspects for archipelago countries, such as Indonesia, to
supervise and maintain the sea border. Due to rough sea conditions, the patrol boat could …

In this study, we present an artificial intelligence control method specifically designed for the
Magnus anti-rolling device. The core of our approach is the development of a co-simulation …

Under zero-speed conditions, ships are particularly susceptible to the effects of waves,
which directly impact the safety of the vessel. A ship anti-rolling device based on the Magnus …

In maritime engineering, ensuring vessel stability remains a paramount concern. This study
investigates the hydrodynamic response of Magnus anti-rolling devices, modeled as …

Floating caissons can oscillate owing to ocean waves when towed to an installation site. To
reduce these oscillations, free-surface anti-oscillation tanks mounted on floating caissons …