In this study, a series of captive model tests were conducted to obtain the reference dataset
of hydrodynamic coefficients and experimental data for the BB2 generic submarine model …

The flow over an axisymmetric body of revolution at incidence angle is investigated to
explore the nature of complex vortical flow structures around it. The crossflow pressure …

Underwater vehicles when yawed to free stream flow, like submarines in a turning
maneuver, produce large vortical separated regions. This vortical flow affects acoustic, body …

The roll stability of submarine buoyantly rising is investigated by means of kinematics model
test in this paper. The physical model design, similarity criteria and experimental procedures …

In present study, the wake flow field of a submarine model was investigated experimentally
in a wind tunnel. These experiments were conducted in four different locations X/L= 0.85, 1 …

The present study was done to evaluate the effect of parameters like trip strip installation,
free stream velocity, geometry of model nose (SUBBOF nose and DRDC nose) and putting …

The horseshoe vortex generated around the sail-body junction of a submarine has an
important influence on the uniformity of the submarine wake at the propeller and …

Anaxisymmetric body experiences the vertical flow around itself at incidence angle. If the
adverse pressure gradient is significant, the boundary layers separated and a vortex is …

The flow field investigation around marine propellers is of great importance, due to its
applications in vessels identification and hydrodynamic noise prediction. In the present …

The horseshoe vortex generated around the sail-body junction of a submarine has an
important influence on the uniformity of the submarine wake at the propeller and …