The hull–propeller interaction of autonomous underwater vehicle (AUV) in straight and
oblique flow is numerically studied. The study is performed based on computational fluid …

This study's main objective is to investigate the scale effect on the benchmark DARPA Suboff
submarine hull form's resistance and self-propulsion characteristics. The study's secondary …

Considering the complex flow features of a submarine under the maneuvering condition and
their close relationship with the maneuverability, a numerical study is performed for the flow …

As one of the three major noise sources of submarines, flow-induced noise plays a key role
for the stealth capability of submarines. Several research studies based on experiment or …

A fully nonlinear near-far fields coupling solver is proposed in this work. The target is to
provide an efficient numerical tool for wave-current-structure interaction simulations. A GPU …

In this research, we consider the influence of two kinds of domain on the numerical flow
around a submarine model. A fully appended SUBOFF submarine model was used, and the …

This study is based on previous works in a series of numerical studies on submarine
hydrodynamics, which involved developing a computational fluid dynamics method to …

After the rudder steering operation in the submarine's direct navigating state, a certain angle
presents between the main hull of the submarine and the current, which is identified as the …