A SoapFilm Mobius Strip Changes Topology with a Twist Singularity
(Goldstein, RE; Moffatt, HK; Pesci, AI / University of Cambridge)



A unified view of topological invariants of barotropic & baroclinic fluids & their application to formal stability analysis of threedimensional ideal gas flows
(Fukumoto, Y; Sakuma, H / Kyushu University & Japan Agency for MarineEarth Science and Technology)



Absence of singular stretching of interacting vortex filaments
(Hormoz, S; Brenner, MP / Harvard University & KITP)



An accurate and efficient method to compute steady vortices without symmetry
(LuzzattoFegiz, P; Williamson, CHK / Woods Hole Oceanographic Institution & Cornell University)



Cascade of vortex loops initiated by a single reconnection of quantum vortices
(Lipniacki, T; Bajer, K; Kursa, M / Univ. of Warsaw & Institute of Fundamental Technological Research, Poland))



Coherent Beltrami Structures
(Libin, A)



Dissipation and enstrophy statistics in turbulence: are the simulations and mathematics converging?
(Kerr, RM / University of Warwick)



Evolution of the leading edge vortex over an accelerating rotating wing
(Elimelech, Y; Kolomenskiy, D; Moffatt, HK; Dalziel, SB / Israel Institute of Technology; CERFACS Toulouse; DAMTP,Cambridge)



Exponential growth in twodimensional topological fluid dynamics
(Boyland, P / University of Florida)



Finite time singularities for the free boundary incompressible Euler equations
(Córdoba, D / ICMATCSIC)



Fluid dynamics of flapping wings associated with change of domain topology
(Kolomenskiy, D; Moffatt, HK; Farge, M; Schneider, K / CERFACS, Toulouse; Univ. DAMPT, Cambridge; Paris ENS; AixMarseille U)



Helicity in differential topology
(Mitsumatsu, Y / Chuo University)



How fast can vorticity stretch itself?
(Childress, S / Courant Institute of Mathematical Sciences)



How much do we know about the problem of global regularity for the threedimensional NavierStokes and Euler equations?
(Titi, ES / University of California, Irvine and The Weizmann Institute of Science)



Identifying topological chaos using setoriented methods
(Stremler, MA / Virginia Polytechnic Institute and State University)



Impulse of vortex knots from diagram projections
(Ricca, RL / Università degli Studi di Milano  Bicocca)



Instabilities and illposedness for the magnetogeostrophic equation
(Friedlander, S / University of Southern California)



Instability by weak precession of the flow in a rotating sphere
(Kida, S / Kyoto University)



Intermittency and conditional regularity of solutions of the 3D NavierStokes equations
(Gibbon, JD / Imperial College London)



Knots and links in fluid mechanics
(Enciso, A / Instituto de Ciencias Matemáticas; Madrid)



Knotted vortex tubes in the Euler equation
(PeraltaSalas, D / Instituto de Ciencias Matemáticas; Madrid)



Mass transport by vortex motions
(Kimura, Y / Nagoya University)



Motion of axisymmetric magnetic eddies with swirl
(Hattori, Y; LlewellynSmith, SG / Tohoku University & University of California, San Diego)



New conservation laws of helical flows
(Oberlack, M / TU Darmstadt)



Nonstationary boundary layers and energy dissipation in incompressible flows
(Nguyenvanyen, R; Klein, R; Waidman, M / Freie Universität Berlin)



Numerical and analytical study of an asymptotic equation for deformation of vortex lattices
(Ohkitani, K; Al Sulti, F / University of Sheffield)



On helical multiscale characterisation of homogeneous turbulence
(Schneider, K; Jacobitz, F; Bos, W; Farge, M / AixMarseille U; U. San Diego; Ecole Centrale Lyon; ENS, Paris)



On the regularity of Lagrangian trajectories in the 3D NavierStokes flow
(Sadowski, W / University of Warsaw)



Parallel computation of vortex tube reconnection using graphics card and vortex particle methods
(Kudela, H; Kosior, A / Wrocław University of Technology , Poland)



Pointvortex dynamics and stability of relative equilibria on surfaces
(Boatto, S / Universidade Federal do Rio de Janeiro (UFRJ))



Pointvortex dynamics and stability of relative equilibria on surfaces
(Boatto, S / Universidade Federal do Rio de Janeiro (UFRJ))



Probing fundamental bounds in hydrodynamics using variational optimisation methods
(Protas, B / McMaster University)



Relative equilibria of point vortices. (Aref Memorial Lecture)
(Brøns, M / Technical University of Denmark)



Relaxation of braided magnetic and vorticity fields
(Hornig, G; WilmotSmith, A; Pontin, D / University of Dundee)



Simple models of helical baroclinic vortices
(Kurgansky, MV / A.M. Obukhov Institute of Atmospheric Physics, Russian Academy of Sciences)



Singular Casimir elements: their mathematical justification and physical implications
(Yoshida, Z / University of Tokyo)



Stirring vortices with vorticity holes
(Velasco Fuentes, O / CICESE, Mexico)



Tackling structural complexity by Jones' polynomials
(Liu, X; Ricca, RL / University of Sydney & University of MilanoBicocca)



The filament equation in any dimension
(Khesin, B / University of Toronto)



Threedimensional vorticity dynamics in miscible HeleShaw displacements
(Meiburg, EH / University of California, Santa Barbara)



Topological approaches to problems of stirring and mixing
(Thiffeault, JL / University of WisconsinMadison)



Topological crystals as a new paradigm
(Tanda, S / Hokkaido University)



Turbulent vorticity and helicity in stratified atmospheric boundary layer
(Chkhetiani, O; Koprov, V; Koprov, B / Obukhov Institute of Atmospheric Physics, Russian Academy of Sciences)



Ultimate state of twodimensional RayleighBénard convection
(Doering, CR / University of Michigan)



Using fluid variational variables to obtain new analytic solutions with nonzero helicity
(Yahalom, A / Ariel University Center of Samaria)



Variational method for estimating nonlinear acceleration of collisionless magnetic reconnection
(Hirota, M; Morrison, PJ; Ishii, Y; Yagi, M; Aiba, N / Japan Atomic Energy Agency & University of Texas at Austin)



Velocity, energy and helicity of vortex knots and unknots
(Maggioni, F; Alamri, SZ; Barenghi, CF; Ricca, RL / Univ. of Bergamo; Taibah Univ.; Newcastle Univ.; Univ. of MilanoBicocca)



Vortical dynamo in turbulent multiphase flows
(Petrosyan, A / Space Research Institute, Russian Academy of Sciences)



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