The exceptional properties of nanostructures have drawn a new horizon for the future of science. These include low dimensional atomic systems such as graphene sheets and nanotubes and many biological and structural elements such as biomimetic materials, bio-membranes, nanowires, thin films, etc. Multiscale analysis has provided the scientific community with a cost efficient methodology to explore and investigate them with performing full atomistic calculation in non-homogeneous regions and using coarse-grained methods far away from these regions. This symposium will provide a forum for researchers to present research on the advances in multiscale analyses and frameworks common to these diverse materials. Topics include, but are not limited to, theory and computation on:
- Multiscale analyses of crystalline structures
- Multiscale analyses of carbon-based membranes such as graphene and nanotubes
- Multiscale analyses of biomimetic materials and biological molecules
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Luis Ruiz, Northwestern University |
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Atomistic-to-continuum coupling based on goal-oriented adaptivity and quasi-continuum approximation Arash Memarnahavandi, Chalmers University of Technology, Sweden |
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Coarse-grained molecular dynamics simulation of thermal and mechanical behaviors of rocksalt Zhen Zhang, The George Washington University, United States |
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Equilibrium and kinetics of the DNA overstretching transition Prashant Purohit, University of Pennsylvania |
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Mechanistic understanding of surface instability in polymeric nanofibers under tension Ying Li, Northwestern University |
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Qingcheng Yang, University of Pittsburgh, United States |
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Multiresolution molecular mechanics: surface effects and iso-parametric analysis Qingcheng Yang, University of Pittsburgh, United States |
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Multiscale analysis of phonon mediated dissipation in crystalline solids Kumar Kunal, University of Illinois, Urbana-Champaign, United States |
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Multiscale molecular simulation of membranes Amin Aghaei, Stanford University |
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Jeff Amelang, Caltech, United States |
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Reaction rate predictions of dislocation–precipitate interactions with atomistic simulation Sepehr Saroukhani, Cornell University, United States |
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Hongsuk Lee, Purdue University, West Lafayette, United States |
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Unravelling CSH atomic structure via computational and experimental physical chemistry Mohammad Javad Abdolhosseini Qomi, MIT, United States |