Abstract Following the United Nations 2030 Agenda to achieve a better and more
sustainable future, there is an interest in new energy efficiency technologies to address …

This paper analyzes the effect of launch interval on cavitation flow interference and load
characteristics during underwater salvo. The study employs the Improved Delayed Detached …

The pressing need from international shipping organisations to improve ship propulsion
efficiency has increased the perception of the maritime community towards marine propeller …

The research of sustainable energy sources is thriving as significant efforts are being made
to reduce energy costs through innovations. In the case of closed conduit axial flow turbine …

梢涡空化是螺旋桨最早发生的空化类型, 其一旦发生会显著增强舰船辐射噪声水平. 因此,
螺旋桨梢涡空化初生的预报是军舰临界航速确定的关键, 长期以来受到船舶领域诸多专家学者的 …

Water streams with low heads can be found in India, both naturally as well as through
irrigation canals. These natural resources can be used to generate electricity by utilising …

Tip vortex cavitation (TVC) is the earliest type of cavitation that occurs on propellers, and it
significantly enhances the underwater radiated noise level of ships once it happens …

The use of composite materials in the construction of marine propellers has been a topic of
interest for researchers worldwide. These materials have several advantages over …