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Published byCharles Cobb Modified over 6 years ago
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Roger T. Bonnecaze Department of Chemical Engineering Institute for Computational Engineering & Sciences Texas Materials Institute Institute for Theoretical Chemistry Simulation, Theory and Experiments on Complex Fluids and Nanomanufacturing Research Themes: Discovery & understanding of fundamental phenomena in the behavior of complex fluids and materials processing Application of understanding for optimization of material processing, nanomanufacturing and particle transport
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Research Activities Complex Fluids, Transport Phenomena Nano-
Soft Particle Paste Rheology Oxygen Scavenging Membranes Complex Fluids, Transport Phenomena Imprint & Immersion Lithography Polymer Nanolayering height A B Nano- manufacturing time Ink Jet Roll-to-Roll Imprint Lithography e.g., Sub 100-nm photonics
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Tools for our Work Simulation Theory Experiments
MD and MD-like particle simulations Monte Carlo methods Continuum mechanics Theory Perturbation methods Scaling theory Fluid, solid and statistical mechanics Experiments Electrical resistance and magnetic resonance tomography Confocal microscopy & microrheology Rheometry High-speed flow imaging
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