Interaction of droplets with vortical structures is ubiquitous in nature, ranging from raindrops
to a gas turbine combustor. In this work, we elucidate the mechanism of co-axial interaction …

A numerical investigation was conducted on hemisphere hypothesizes that the recurring
tertiary vortex ring formations cease only when the primary vortex ring slows down …

An investigation of the characteristics of motion of a rigid body with variable internal mass
distribution in a viscous fluid is carried out on the basis of a joint numerical solution of the …

The deformation of a vortex ring caused by its impingement on a sphere was numerically
investigated using a proposed vortex-in-cell method. The method was validated by …

An experimental/theoretical study has been presented on the problem of the dynamic
equation of motion of a close to neutral buoyancy sphere (0.04 m in diameter) decelerating …

An experimental study was conducted to investigate the influence of sphere diameter and
Reynolds number on synthetic jet vortex rings impinging on a spherical wall. Laser-induced …

We present a (noncanonical) Hamiltonian model for the interaction of a neutrally buoyant,
arbitrarily shaped smooth rigid body with N thin closed vortex filaments of arbitrary shape in …

A large-eddy simulation-based study has been carried out focusing on the coaxial and non-
coaxial collisions between a R e Γ 0= 3000 vortex ring and stationary spheres. The effect of …

Flow and acoustic characteristics of high Mach number compressible vortex rings have been
investigated in this thesis. Features associated with formation and evolution of vortex rings …

The dynamics of a vortex ring advecting towards and interacting with a solid wall with a
coaxial aperture is governed by the aperture-to-ring radius ratio, increases (slip-through …