Science and Art Symposium 2000: 3Superscriptrd/Superscript International Conference on Flow Interaction of Science and Art with Exhibition/Lectures on Interaction of Science & Art, 28.2 - 3.3 2000 at the ETH ZurichA. Gyr, Petros D. Koumoutsakos, U. Burr Some words about SCART 2000. SCART stands for science and art. SCART meetings are organized in a loose time sequence by an international group of scientists, most of them fluid-dynamicists. The first meeting was held in Hong-Kong, the second one in Berlin, and the third, and latest, one in Zurich. SCART meetings include a scientific conference and a number of art events. The intention is to restart a dialogue between scientists and artists which was so productive in the past. To achieve this goal several lectures given by scientists at the conference are intended for a broader public. In the proceedings they are denoted as SCART lectures. The artists in tum address the main theme of the conference with their contributions. The lectures at SCART 2000 covered the entire field of fluiddynamics, from laminar flows in biological systems to astrophysical events, such as the explosion of a neutron star. The main exhibition by Dutch and Swiss artists showed video and related art under the title 'Walking on Air'. Experimental music was performed in two concerts. |
Other editions - View all
Science and Art Symposium 2000: 3rd International Conference on Flow ... A. Gyr,Petros Koumoutsakos,U. Burr No preview available - 2012 |
Common terms and phrases
2000 Kluwer Academic Alekseenko Amsterdam NL Art Symposium 2000 artistic axis ballet Bardakhanov black holes boundary layer bubble calculated Coanda effect coherent structures color scale configuration convection density dimensional displacement displacing fluid drag reduction eddies elongational viscosity energy entrainment equations experimental experiments flow field flow visualization fluid dynamics Fluid Mech formation frequency gradient horizontal images instability interaction interface Keywords Kluwer Academic Publishers knot liquid magnetic field mechanism microfluidic motion Netherlands neutron stars observed parameters particles physical plane plume polymer porous medium present pressure primary vortex sheet ratio region Reynolds number riblet rotating salt fingers SCART Science and Art scientific secondary vortices shear shear stress singularities solution space splitter plate subcritical regime technique temperature Theo Jansen turbulent flow velocity viscous visualisation vortex breakdown vortex method vortex rings vortex tube vortical structures wall wave wavelet winglets Zabusky Zürich Zürich CH