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MPDC
VISION, MISSION & CULTURE
The Materials
Process Design and Control
(MPDC) Laboratory performs applied and basic research in the interface of
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 of materials (from ab initio to continuum) and multiscale design of materials processes for control of microstructure-sensitive properties. Emphasis of our recent work is in quantifying and controlling uncertainty propagation in materials across scales. For achieving these objectives, a variety of mathematical and statistical computational tools are being developed. These tools include multiscale and multiphysics materials simulators, homogenization techniques, machine learning techniques for exploring large material databases, level set and phase field methods, techniques for modeling stochastic PDEs in high-dimensions, Bayesian inference approaches and non-linear model reduction algorithms. MPDC emphasizes interdisciplinary cooperation between its workgroups. Read more |
Highlights
NewsMPDC partners in a multi-university
team selected for an AFOSR/MURI project on uncertainty quantification
Post-Doctoral and GRA positions
available
Detailed news |
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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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MPDC Depository (Login required)
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Cornell University College of Engineering Sibley School of Mechanical and Aerospace Engineering |