Workshop XVII Presentations
- 12:00PM – 01:00PM Welcome & Lunch
- 01:00PM – 01:40PM Microscopically-informed phase field models of grain growth: benchmarks and applications Marco Salvalaglio TU Dresden – Germany (Virtual)
- 01:40PM – 02:20PM Applications of phase-field modeling to polycrystalline materials Katsuyo Thornton University of Michigan
- 02:20PM – 03:00PM Group Photo & Coffee Break
- 03:00PM – 03:40PM Grain restructuring due to dislocation accumulation and subsequent microstructural evolution in nuclear materials Larry Aagesen Idaho National Laboratory
- 03:40PM – 04:20PM Determining materials parameters by integrating phase field with experiments Jin Zhang Northwestern University
- 04:20PM – 05:30PM Discussion: Phase field methods for grain growth and Benchmarks
- 09:00AM – 09:40AM Fusion of phase-field simulation and in-situ observation by Bayesian data assimilation Akinori Yamanaka Tokyo University of Agriculture and Technology – Japan (Virtual)
- 09:40AM – 10:10PM Lightning Talks (for speakers in Europe) Triple junction benchmark combining capillary and bulk driving forces Simon Daubner Imperial College London – UK (Virtual)
- 10:10AM – 10:40AM Coffee Break
- 10:40AM – 11:20AM Interfacial energy minimization mechanisms during grain growth Michael Tonks University of Florida
- 11:20AM – 12:00PM Dislocation microstructure considerations in phase field modeling of recrystallization Anter EI-Azab Purdue University
- 01:00AM – 01:40PM Parametrizing phase-field models for microstructure evolution with AMMBER Beck Andrews University of Michigan
- 01:40PM – 02:40PM A FAIR-Compliant Metadata Standard for Phase Field Data Daniel Wheeler NIST
- 02:40PM – 03:00PM Best practices guide as a Jupyter book Mythreyi Ramesh Northwestern University
- 03:00PM – 03:30PM Coffee Break
- 03:30PM – Lightning Talks (open ended)
- Matrix-free methods for solidification with melt convection in PRISMS-PF Jason Landini University of Michigan
- Phase field crystal study of deformation assistant nucleation and precipitation Duncan Burns Northwestern University
- Swift, a MOOSE based GPU accelerated spectral solver framework Daniel Schwen Idaho National Laboratory
- Phase-field crystal modelling of lamellar precipitation reactions Alex Mamaev McGill University – Canada
- Impact of secondary-phase particle morphology on grain growth in pure copper using a phase field simulation approach M Nabil Bhuiyan University of Connecticut
- Benchmarking phase-field problems with Fouriera Bo Wang Lawrence Livermore National Laboratory
- Applying Phase Field Method to Investigate Microstructural Evolution of an Irradiated UO2 Nuclear Fuel Md Ali Muntaha Purdue University
- Limits on the grain boundary energy vs. misorientation relationship in an orientation-field model Philip Staublin Northwestern University
- 09:00AM – 9:40AM Formulation and testing of phase-field models for grain growth with inclination dependence Nele Moelans KU Leuven – Belgium (Virtual)
- 09:40AM – 11:00AM Recommended Practices Guide Jon Guyer NIST
- 11:00AM – 12:00PM Discussion: Next Steps