Optimising contracted and load tip (CLT) propellers has proven difficult due to the lack of
research on flow fields. In this study, the hydrodynamics and wake of the P1727 propeller, a …

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 …

In periodic unsteady flow fields of rotating machinery, instability factors such as physical
oscillations often appear in instantaneous results. Thus, instantaneous results for flow fields …

Severe wake-structure interaction induces intense vibrations and noises. In this study, the
rudder is simplified into a plate fixed at two ends. The vibrations of the plate operating in the …

A study was conducted to investigate the effects of relative thickness on the static and
dynamic characteristics of airfoils. A series of NACA symmetric airfoils with relative thickness …

Severe vibrations on the rudder worsen the vibrations and noise of the vessel. This study
examines the rudder vibrations induced by propeller wake considering the fluid-structure …

The offshore floating photovoltaic (OFPV) platform is a renewable energy generation system
that has gained attention in recent years due to several advantages. OFPV exhibits higher …

The phenomenon of water–jet pump stall can be ascribed to the development of blade
boundary layer separation with the transition process playing a significant role in this …

Ocean energy is a kind of clean and valuable renewable resource, which can be efficient
utilized through turbomachinery. The turbulent pulsation effect and unsteady flow regime will …

Excellent seakeeping performance is the basis of safe ship operation. An anti-rolling device
employing swinging rotating cylinders based on the Magnus effect can provide anti-rolling …