Welcome
These pages illustrate some of our work, mainly related to microstructure mechanics in crystalline materials. Main research interests include:
- Grain boundary mechanics
- Plasticity across multiple length scales
- Recrystallization and grain growth
- Phase transformations
The work combines modeling of physical mechanisms with development of efficient numerical algorithms, often integrated with experimental materials characterization.
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Posts
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Microstructure-controlled stress evolution during Cu6Sn5 growth in Sn/Cu coatings
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Phase Field Crystal Modeling of Subgrain Coarsening
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Evaluation of stitching-induced strain uncertainties in extended-field-of-view in situ X-ray tomography
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Effects of grain boundary inclination
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Micromechanics of adhesion
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New paper on the open-source code pyPFC
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New paper on damage mechanisms in metal matrix syntactic foams
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EMMC20, Florence - Extended deadline for abstract submission
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Abstract submission for EMMC20 is open!
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New paper on phase field crystal modeling of grain boundary migration
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