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Inertial-Range Dynamics and Mixing

29 September to 3 October 2008

Isaac Newton Institute for Mathematical Sciences, Cambridge, UK

Organisers: Professor Peter Davidson (Cambridge), Professor Yukio Kaneda (Nagoya) and Professor Katepalli Sreenivasan (ICTP)

in association with the Newton Institute programme The Nature of High Reynolds Number Turbulence (26 August to 19 December 2008)

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Accepted Posters:

Name Title Abstract Poster
Arimitsu, N Detailed analyses of PDFs for energy transfer rates and for energy dissipation rates extracted from DNS 4096^3 conducted by Kaneda and Ishihara. Abstract
Babler, MA Breakup of small solid aggregates in turbulent flows Abstract
Busse, A Lagrangian investigations of two and three-dimensional MHD turbulence Abstract
Kadoch, B On the role of vortical structures for turbulent mixing using direct numerical simulation and wavelet-based coherent vortex extraction Abstract
Madarassy, E Vortex dynamics in finite temperature Bose-Einstein condensates Abstract Poster
Motoike, T On a generalization of the Lyra-Tsallis scaling relation within the formalism of multifractal PDF analysis Abstract
Musacchio, S Energy cascade in quasi-two-dimensional turbulence Abstract
Okamoto, N The decay of low magnetic Reynolds number turbulence in an imposed magnetic field Abstract
Perlekar, P Statistically steady turbulence in soap films: direct numerical simulations Abstract
Salman, H Condensation of classical nonlinear waves in a two-component bose gas Abstract
Swaminathan, N On turbulent scalar mixing with heat release Abstract
Yoshida, K Spectral anisotropy of MHD turbulence under weak uniform mean magnetic field Abstract

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