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MPDC
VISION, MISSION & CULTURE
The Materials
Process Design and Control
(MPDC) Laboratory performs applied and basic research in computational
mathematics and materials. It attracts
gifted individuals from all over the world and
provides an environment that prepares them for successful careers in academia or industry.
MPDC is committed to providing industry and government with innovative computational solutions to materials problems for world-class competitiveness. Research activities include multiscale modeling and design of materials and materials processes, computational mathematics and statistical techniques for exploring process/property/structure maps in polycrystalline materials, information-theoretic stochastic multiscale modeling and uncertainty propagation in materials, materials-by-design and electronic structure calculations for property and phase structure prediction. Computational tools developed include stochastic spectral, support and sparse grid collocation methods, Bayesian techniques, machine learning, level set and phase field methods, homogenization and multiscale/multiphysics finite element techniques. MPDC emphasizes interdisciplinary cooperation between its workgroups. Read more |
Highlights
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Materials
Process Design &
Control Laboratory
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"To address
critical material needs through innovative computational research, education & outreach" |
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& MS dissertations supervised
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MPDC Depository (Login required)
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Cornell University College of Engineering Sibley School of Mechanical and Aerospace Engineering |