September 11-12, 2017
Presentations
Application of Phase Field and CALPHAD methods to Additive Manufacturing in IN625, Trevor Keller, Greta Lindwall, NISTf
First-principles thermodynamics of oxidation in Ni, Ti and Zr alloys, Anton van der Ven, University California of Santa Barbara
Developing Ti-Al-V-O Diffusion Mobility Descriptions for Additive Manufacturing Applications, Greta Lindwall, Kil-won Moon, NIST
The Development of thermodynamic and kinetic databases for Ti/TiAl Alloys, H. Larsson, Thermo-Calc, KTH)
A new atomic mobility data for cemented carbides: development and application” (Y. Du, University of South Central China)
Diffusion Mobility Optimization (L. Höglund, KTH)
Interdiffusion in the Ni-Re System: Evaluation of Uncertainties (W. Boettinger, NIST/Theiss Research)
On Off-Diagonal Terms in Atomic Mobility Matrix and Onsager Reciprocal Relation, Zi-Kui Liu, Penn State
Analysis of Co-based Diffusion Couples for the Development of a Co-based Diffusion Mobility Database, Kil-won Moon, Greta Lindwall, Carelyn Campbell, Peisheng Wang, Ursula Kattner, NIST)
The application of the new Mg mobility database in studying solidification and precipitation modeling of Mg alloys (Jiashi Miao, J-C Zhao, A Luo, Ohio State University
Solute transport database in Mg using ab initio and exact diffusion theory, Ravi Agarwal, Dallas Trinkle, U. Illinois
Accessible Diffusion Data, Carelyn Campbell and Greta Lindwall, NIST.