Roger T. Bonnecaze Department of Chemical Engineering

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Presentation transcript:

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

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

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