7 research outputs found
Observations of Time-Dependent Behavior in the Two-Layer Rayleigh-Benard System
In this paper we present results from experiments with a system consisting of two immiscible fluid layers in rectangular and annular geometries, driven by a vertical temperature gradient. Time-dependent variations in the type of coupling observed between the two layers are described and characterized
Synchronous objects for one flat thing, reproduced
Synchronous Objects for One Flat Thing, reproduced is an interactive screen-based work developed by The Ohio State University\u27s Advanced Computing Center for the Arts and Design and the Department of Dance in collaboration with renowned choreographer William Forsythe. Pivoting on Forsythe\u27s masterwork of visual complexity, One Flat Thing, reproduced (OFTr), the Synchronous Objects project seeks to enrich cross-disciplinary investigation and creativity by revealing deep structures of choreographic thinking through a vivid collection of information objects in the form of 3D computer animation, annotation, and interactive graphics