Computational Materials Design Lab
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Welcome to the Computational Materials Design (CMD) group website!
At CMD lab we develop multiscale models to understand the inter-relationships between processing, structure, and property in materials. The ultimate goal of CMD group research is to accelerate the process of materials design and discovery through developing multiscale multiphysics models. Specifically, CMD group is focused on developing mesoscale models for materials phase transformation, nanoparticles growth, and materials performance in extreme environments. Our research covers a wide rage of material including aerospace materials, energy materials, and bio-materials. |
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Opening:
There is a PhD position opening in CMD lab. Motivated candidates with background on computational materials science, solid mechanics, computation mechanics, and applied physics are encouraged to apply. Candidates with masters’ degree are preferred. Background in Phase Field Modeling, finite element method, coding, and materials modeling is plus. The candidates are expected to have a strong academic record, and excellent verbal and written communication skills.
There is a PhD position opening in CMD lab. Motivated candidates with background on computational materials science, solid mechanics, computation mechanics, and applied physics are encouraged to apply. Candidates with masters’ degree are preferred. Background in Phase Field Modeling, finite element method, coding, and materials modeling is plus. The candidates are expected to have a strong academic record, and excellent verbal and written communication skills.