| William C. Johnson | | Professor, Materials Science and Engineering | | Ph.D., Michigan Technological University | | | | Dr. Johnson joined the faculty in 1993. He has published over 100 papers on solid-state phase transformations. He has received the Robert Lansing Hardy Gold Medal of The Materials Society, the Bradley Stoughten Outstanding Young Teacher Award and the Henry Marion Howe Award of the American Society for Metals, the 1990 Outstanding Paper Award from Acta Metallurgica, the H.S. Morton and All-University Outstanding Teaching Awards, and is a Fellow of ASM. He was also an Alexander von Humboldt Fellow. He taught previously at Carnegie Mellon University and the Technical University in Berlin, Germany. | | | | Research Interests | | William Johnson's research interests include the effect of composition, epitaxial, and transformation strains on diffusional phase transformations; the thermodynamic stability of small, multiphase and multicomponent systems; and modeling interfacial motion and microstructural evolution in multicomponent alloys. | | |
Sponsored Research
Diffusional Phase Transformations in Small Systems (with J.M. Howe) (funded by: National Science Foundation)
Interfacial Motion in Multicomponent Alloys (funded by: U.S. Department of Energy)
Thermodynamic Stability of Embedded Quantum Dots (funded by: Center for Nanoscopic Design of Materials)
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