The research on the dynamics analysis-based energy-saving technology is significant to
reduce ship energy consumption and greenhouse gas emissions. The adoption of dynamics …

The non-uniformity of the propeller wake field will lead to noise deterioration and structural
strength problems of the underwater vehicles. Therefore, the study of jet flow technology is of …

This work focuses on investigating the adaptability of solid oxide fuel cell-gas turbine (SOFC-
GT) hybrid system for ship application under uncertain factors. The effect of rapids, wind and …

In order to reduce the additional resistance of high-speed amphibious vehicles, Flanks are
designed on the concave grooves. As a new drag reduction attachment, the principle of …

Emerging environmental challenges, such as pronounced low water levels and a constantly
increasing transport volume, underscore the need to address logistical complexities and to …

Amphibious tractors are capable of towing loads over land and water, which will save time
effectively and reduce the cost of transport between water and land. Due to their smaller …

This study investigates hydrodynamic interactions between a high-speed displacement ship
and various stern flap configurations. It combines towing tank model tests and advanced …

Amphibious vehicles are usually equipped with walking mechanisms and grooves which
greatly affect the resistance characteristics of sailing. For purpose of improving the sailing …

The shipping industry faces rising fuel costs, stricter environmental regulations, and
increased competition, driving the demand for innovative solutions to reduce operating …

In this study, the resistance characteristics of the amphibious vehicle in the transitional stage
are studied. A deformable track wheel is designed and its effect on the amphibious vehicle's …