"...the authors merit considerable credit for so succinctly and effectively presenting and summarizing their contributions. [...] Finally, the editors, K. Bajer and H.K. Moffatt, and the publisher deserve praise for the typography of the papers, their uniformity of style and being easy on the eyes, and the brief time that was allowed to elapse between the oral presentations at the meeting and their appearance in print. This volume is an invaluable guide to the state of research in some of the most important areas of vortex dynamics at the commencement of this decade." (Stanley A. Berger, University of California, Berkeley in AIAA Journal, 41:10 (2003)

• Vortex Structure, Stability and Evolution.- Simulation of vortex sheet roll-up: chaos, azimuthal waves, ring merger.- Merging of non-symmetric Burgers vortices.- Effect of stretching on vortices with axial flow.- Optimal two-dimensional perturbations in a stretched shear layer.- Advection-diffusion of a passive scalar in the flow of a decaying vortex.- Linear stability of a vortex ring revisited.- The vortex-in-cell method for the study of three-dimensional vortex structures.- L-transition from right- to left-handed helical vortices.- Dynamical behaviour of counter-curren axisymmetric shear flows.- Singular Vortex Filaments.- Complexity measures of tangled vortex filaments.- Corotating five point vortices in a plane.- On motion of a double helical vortex in a cylindrical tube.- Intensive and weak mixing in the chaotic region of a velocity field.- Evolution of the anisotropy of the quantum vortex tangle.- Motion of vortex lines in quantum mechanics.- Magnetic Structure, Topology and Reconnection.- Magnetic dissipation: spatial and temporal structure.- Current sheets in the Sun’s corona.- A model for magnetic reconnection.- Reconnection in magnetic and vorticity fields.- Energy, helicity and crossing number relations for complex flows.- Helicity conservation laws.- A third-order topological invariant for three magnetic fields.- Asymptotic structure of fast dynamo eigenfunctions.- Vortex Structure in Turbulent Flow.- Vortex tubes, spirals, and large-eddy simulation of turbulence.- Low-pressure vortex analysis in turbulence: life, structure, and dynamical role of vortices.- Vortex bi-layers and the emergence of vortex projectiles in compressible accelerated inhomogeneous flows (AIFs).- Interaction of localised packets of vorticity with turbulence.- Extraction of coherentvortex tubes in a 3D turbulent mixing layer using orthogonal wavelets.- Vortex tubes in shear-stratified turbulent flows.- Coherent dynamics in wall turbulence.- Some characteristics of the coherent structures in turbulent boundary layers.- A singularity-free model of the local velocity gradient and acceleration gradient structure of turbulent flow.- Spiral small-scale structures in compressible turbulent flows.- Finite-Time Singularity Problems.- Discrete groups, symmetric flows and hydrodynamic blowup.- Diffusion of Lagrangian invariants in the Navier-Stokes equations.- Evidence for singularity formation in a class of stretched solutions of the equations for ideal MHD.- Numerical evidence of breaking of vortex lines in an ideal fluid.- Sufficient condition for finite-time singularity and tendency towards self-similarity in a high-symmetry flow.- Finite time singularities in a class of hydro dynamic models.- On stabilisation of solutions of singular quasi-linear parabolic equations with singular potentials.- Stokes Flow and Singular Behaviour Near Boundaries.- Interactions between two close spheres in Stokes flow.- Effective boundary conditions for creeping flow along a periodic rough surface.- Steady Stokes flow in a trihedral corner.

"...the authors merit considerable credit for so succinctly and effectively presenting and summarizing their contributions. [...] Finally, the editors, K. Bajer and H.K. Moffatt, and the publisher deserve praise for the typography of the papers, their uniformity of style and being easy on the eyes, and the brief time that was allowed to elapse between the oral presentations at the meeting and their appearance in print. This volume is an invaluable guide to the state of research in some of the most important areas of vortex dynamics at the commencement of this decade." (Stanley A. Berger, University of California, Berkeley in AIAA Journal, 41:10 (2003)

• Vortex Structure, Stability and Evolution.- Simulation of vortex sheet roll-up: chaos, azimuthal waves, ring merger.- Merging of non-symmetric Burgers vortices.- Effect of stretching on vortices with axial flow.- Optimal two-dimensional perturbations in a stretched shear layer.- Advection-diffusion of a passive scalar in the flow of a decaying vortex.- Linear stability of a vortex ring revisited.- The vortex-in-cell method for the study of three-dimensional vortex structures.- L-transition from right- to left-handed helical vortices.- Dynamical behaviour of counter-curren axisymmetric shear flows.- Singular Vortex Filaments.- Complexity measures of tangled vortex filaments.- Corotating five point vortices in a plane.- On motion of a double helical vortex in a cylindrical tube.- Intensive and weak mixing in the chaotic region of a velocity field.- Evolution of the anisotropy of the quantum vortex tangle.- Motion of vortex lines in quantum mechanics.- Magnetic Structure, Topology and Reconnection.- Magnetic dissipation: spatial and temporal structure.- Current sheets in the Sun’s corona.- A model for magnetic reconnection.- Reconnection in magnetic and vorticity fields.- Energy, helicity and crossing number relations for complex flows.- Helicity conservation laws.- A third-order topological invariant for three magnetic fields.- Asymptotic structure of fast dynamo eigenfunctions.- Vortex Structure in Turbulent Flow.- Vortex tubes, spirals, and large-eddy simulation of turbulence.- Low-pressure vortex analysis in turbulence: life, structure, and dynamical role of vortices.- Vortex bi-layers and the emergence of vortex projectiles in compressible accelerated inhomogeneous flows (AIFs).- Interaction of localised packets of vorticity with turbulence.- Extraction of coherentvortex tubes in a 3D turbulent mixing layer using orthogonal wavelets.- Vortex tubes in shear-stratified turbulent flows.- Coherent dynamics in wall turbulence.- Some characteristics of the coherent structures in turbulent boundary layers.- A singularity-free model of the local velocity gradient and acceleration gradient structure of turbulent flow.- Spiral small-scale structures in compressible turbulent flows.- Finite-Time Singularity Problems.- Discrete groups, symmetric flows and hydrodynamic blowup.- Diffusion of Lagrangian invariants in the Navier-Stokes equations.- Evidence for singularity formation in a class of stretched solutions of the equations for ideal MHD.- Numerical evidence of breaking of vortex lines in an ideal fluid.- Sufficient condition for finite-time singularity and tendency towards self-similarity in a high-symmetry flow.- Finite time singularities in a class of hydro dynamic models.- On stabilisation of solutions of singular quasi-linear parabolic equations with singular potentials.- Stokes Flow and Singular Behaviour Near Boundaries.- Interactions between two close spheres in Stokes flow.- Effective boundary conditions for creeping flow along a periodic rough surface.- Steady Stokes flow in a trihedral corner.

"...the authors merit considerable credit for so succinctly and effectively presenting and summarizing their contributions. [...] Finally, the editors, K. Bajer and H.K. Moffatt, and the publisher deserve praise for the typography of the papers, their uniformity of style and being easy on the eyes, and the brief time that was allowed to elapse between the oral presentations at the meeting and their appearance in print. This volume is an invaluable guide to the state of research in some of the most important areas of vortex dynamics at the commencement of this decade." (Stanley A. Berger, University of California, Berkeley in AIAA Journal, 41:10 (2003)

• Vortex Structure, Stability and Evolution.- Simulation of vortex sheet roll-up: chaos, azimuthal waves, ring merger.- Merging of non-symmetric Burgers vortices.- Effect of stretching on vortices with axial flow.- Optimal two-dimensional perturbations in a stretched shear layer.- Advection-diffusion of a passive scalar in the flow of a decaying vortex.- Linear stability of a vortex ring revisited.- The vortex-in-cell method for the study of three-dimensional vortex structures.- L-transition from right- to left-handed helical vortices.- Dynamical behaviour of counter-curren axisymmetric shear flows.- Singular Vortex Filaments.- Complexity measures of tangled vortex filaments.- Corotating five point vortices in a plane.- On motion of a double helical vortex in a cylindrical tube.- Intensive and weak mixing in the chaotic region of a velocity field.- Evolution of the anisotropy of the quantum vortex tangle.- Motion of vortex lines in quantum mechanics.- Magnetic Structure, Topology and Reconnection.- Magnetic dissipation: spatial and temporal structure.- Current sheets in the Sun’s corona.- A model for magnetic reconnection.- Reconnection in magnetic and vorticity fields.- Energy, helicity and crossing number relations for complex flows.- Helicity conservation laws.- A third-order topological invariant for three magnetic fields.- Asymptotic structure of fast dynamo eigenfunctions.- Vortex Structure in Turbulent Flow.- Vortex tubes, spirals, and large-eddy simulation of turbulence.- Low-pressure vortex analysis in turbulence: life, structure, and dynamical role of vortices.- Vortex bi-layers and the emergence of vortex projectiles in compressible accelerated inhomogeneous flows (AIFs).- Interaction of localised packets of vorticity with turbulence.- Extraction of coherentvortex tubes in a 3D turbulent mixing layer using orthogonal wavelets.- Vortex tubes in shear-stratified turbulent flows.- Coherent dynamics in wall turbulence.- Some characteristics of the coherent structures in turbulent boundary layers.- A singularity-free model of the local velocity gradient and acceleration gradient structure of turbulent flow.- Spiral small-scale structures in compressible turbulent flows.- Finite-Time Singularity Problems.- Discrete groups, symmetric flows and hydrodynamic blowup.- Diffusion of Lagrangian invariants in the Navier-Stokes equations.- Evidence for singularity formation in a class of stretched solutions of the equations for ideal MHD.- Numerical evidence of breaking of vortex lines in an ideal fluid.- Sufficient condition for finite-time singularity and tendency towards self-similarity in a high-symmetry flow.- Finite time singularities in a class of hydro dynamic models.- On stabilisation of solutions of singular quasi-linear parabolic equations with singular potentials.- Stokes Flow and Singular Behaviour Near Boundaries.- Interactions between two close spheres in Stokes flow.- Effective boundary conditions for creeping flow along a periodic rough surface.- Steady Stokes flow in a trihedral corner.