Not long ago the activities of SCOR* Working Group 34 led to the publication of the book
Eddies in Marine Science edited by the Chairman, Professor AR Robinson. It was intended …

Tripolar coherent vortices are shown to emerge from the unstable evolution of perturbed two-
dimensional axisymmetric flows. They are obtained from the nonlinear equilibration of …

This book is a summary of our 18-year period of joint work in the field of vortex dynamics in a
stratified rotating fluid under INTAS 94-3614 (1995–1997), INTAS/AIRBUS 04-80-7297 …

Intense tropical cyclones often exhibit concentric eyewall patterns in their radar reflectivity.
Deep convection within the inner, or primary, eyewall is surrounded by a nearly echo-free …

Low‐frequency, flute‐type electrostatic fluctuations propagating across a strong,
homogeneous magnetic field are studied experimentally. The fluctuations are generated by …

The formation of a tripolar vortex in a two-dimensional flow is simulated numerically for two
different cases, viz. the tripole arising from a collision of two Lamb dipoles, and the …

Vortex Interactions and Barotropic Aspects of Concentric Eyewall Formation in: Monthly
Weather Review Volume 136 Issue 12 (2008) Jump to Content Jump to Main Navigation …

A general equation of motion describing the propagation of dipole vortices in a weakly
inhomogeneous medium is derived. The solution of this equation agrees well with …

Some mathematical problems of the dynamics of a two-dimensional viscous and ideal
incompressible fluid on a rotating sphere are studied in this book. In this case, the fluid …

Using a contour dynamical algorithm, we have found rotating tripolar V-state solutions for the
inviscid Euler equations in two-dimensions. We have studied their geometry as a function of …