The bubbly flows have always been a key research object in the field of multiphase
simulations. However, when the bubbly flows become violent to cause the large …

Bubble dynamics near different boundaries have always been a hot topic in ocean
engineering and many other fields. In the present study, we investigate the dynamics of high …

In this paper, the improved moving particle semi-implicit (IMPS) method is further developed
into a multiphase method by introducing various multiphase models. Then, the developed …

In the present study, high-fidelity simulations of the wake behind a transom stern are
performed with a block-based adaptive mesh refinement technology. By transom stern, we …

The “whitewater zone” represents a critical maritime feature intimately tied to ship
identification and stealth capabilities. In this study, the large eddy simulation method is …

The detection and tracking of ships can be realized by using the laser forward and backward
scattering characteristics of ship wake bubbles. In this paper, the detection ability of two …

Bubble detection in water plays important roles in human exploration and management of
the ocean. This research presents a detection technique based on laser polarization dual …

A practical decomposition of the pressure drag for the transom-stern monohull ships is
proposed here, where the pressure drag is decomposed into four different components …

The bubble sweep-down phenomenon around oceanographic research vessels generates
acoustic disturbances. The phenomenon can be reproduced on a 1/30 scale ship model in a …

Considering that marine structures are frequently subjected to the combined effects of waves
and currents, the wave–current coupling environment largely determines the structural load …