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George E M Karniadakis
Research Scientist
Primary DLC
Department of Mechanical Engineering
MIT Room:
NW98-180
(617) 253-6760
karniada@mit.edu
Areas of Interest and Expertise
Nanofluidics and Stochastic MD
Modeling Uncertainty with Polynomial Chaos Parallel Scientific Computing
Stability of Noisy Dynamical Systems
Low Dimensional Modeling
High-Order and Discontinuous Galerkin Methods on Unstructured Meshes Drag Reduction
DNS/LES of Turbulence in Complex Geometries Flow-Structure Interactions
Micro-Transport and Microfabrication
Flow and Heat Control Applications
Interactive/Virtual Reality Computer Graphics
Research Summary
Karniadakis' research interests include diverse topics in computational science both on algorithms and applications. A main current thrust is stochastic simulations and multiscale modeling of physical and biological systems (especially the brain). Read here about the exciting field of "New Biology" described by the National Research Council (2009).
Particular aspects include:
(*) Numerical solution of stochastic differential equations: SISC article, PNAS article
(*) Modeling uncertainty with polynomial chaos: PNAS article, CiSE
(*) Biophysics - Multiscale modeling of biological systems: PNAS article, PRL article, PRS article
(*) Atomistic/Mesoscopic modeling - Dissipative Particle Dynamics: PRL article
(*) Low Dimensional Modeling - Gappy Data - Data assimilation: JCP article
Ongoing Interests
(*) Spectral/hp Element and Discontinuous Galerkin methods : OUP Book
(*) Turbulent Drag Reduction: Science article
(*) DNS/LES of turbulence in complex geometries: JFM article
(*) Flow-structure interactions: PRL article
(*) Micro-transport and Dynamic self-assembly: Springer Book
(*) Flow and heat control applications: JFM article
(*) Parallel computing; Interactive/virtual reality computer graphics: CUP Book
Recent Work
Related Faculty
William R Vega-Brown
Chief Scientist
Dajiang Suo
Research Scientist
Prof. Daniel D Frey
Professor of Mechanical Engineering and Engineering Systems