Research
Faculty Research Areas
Faculty Research Areas > Computational Chemical Engineering
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Antonios Armaou
Distributed process control.
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Ali Borhan
Transport phenomena, interfacial flows, computational fluid dynamics, complex fluids.
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Patrick Cirino
Biocatalysis, metabolic engineering, protein engineering and directed evolution.
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Kristen Fichthorn
Atomic Scale Modeling and Simulation of Materials and Interfacial Phenomena.
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Michael Janik
Current research in our lab utilizes atomistic modeling techniques, mainly first principles based electronic structure methods, to probe the relationship between the structure/composition of catalytic materials and their activity and selectivity.
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Costas Maranas
Use of algorithmic and computational techniques to solve problems in supply chain logistics, bioinformatics, and protein engineering.
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Janna Maranas
Molecular Simulation, Neutron Scattering, Polymers, Glasses and the Glass Transition.
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Scott Milner
Using microscopic and mesoscopic physics-based theory and simulation techniques to understand the behavior of polymers and complex fluids, in a wide variety of settings.
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James Vrentas
Transport phenomena, applied mathematics, fluid mechanics, diffusion, polymer science.