This session aims to present and discuss the recent developments in both fundamental and applied research in metallic glasses. The ability to create metallic materials with a noncrystalline structure has attracted increasing attention due to the unique properties of such materials. Topics of interest include, but are not limited to, glass-forming ability, glass transition and relaxation, predictive machine learning models, structural characterization, crystallization, atomistic simulations, discovery of new glass forming compositions, novel synthesis and thermoplastic forming methods, and advances in understating the physical properties. The effects of temperature, strain-rate, post-processing, and sample size on mechanical deformation of metallic glasses are also of particular interest.
Organizers:
- Binghui Deng, Tesla, USA d bhhit@gmail.com
- Golden Kumar, University of Texas at Dallas, USA kumar@utdallas.edu
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