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Carelyn E. Campbell

 Current projects: 

  • Development of informatic tools and repositories for phase-based materials property data, including thermodynamics, diffusion, molar volume, and elastic properties.
  • Development of diffusion mobility descriptions for the Cu-In-Se-Ga system.
  • Development of a reference set of self mobility descriptions for the pure elements.
  • Development of diffusion mobility descriptions for Ni-base superalloys.

Research Interests

Application of multicomponent thermodynamics and diffusion mobilities to predict microstructure evolution in variety of materials, including steels, Ni-base superalloys, CIGS (photovoltaics).

Organizer of the NIST Diffusion Workshop series.

 

Awards: 

NIST:

  • Bronze Medal for Superior Federal Service (2010)
  • Research Council Postdoctoral Research Associate (1997-1999)

Northwestern University

  • National Science Foundation Graduate Fellowship (1992-1995)
  • National Science Foundation Travel Scholarship (1994)
  • National Association of Corrosion Engineers (NACE) Chicago Chapter, Science and Engineering Award (1993-1994)
  • Ford Technical Scholar (1990-1992)

Patents

  • 6,695,930, "Process for case hardened dies in improving die life," Kuehmann; Charles J.; Olson; Gregory B.; Wise; John P.; Campbell; Carelyn E. February 24, 2004
  • 6,458,220, "Case hardened steel blades for sports equipment and method of manufacture," Kuehmann; Charles J.; Bernikowicz; Priscilla A.; Olson; Gregory B.; Wise; John P.; Campbell; Carelyn E., October, 1, 2002.
  • 6,176,946, "Advanced case carburizing secondary hardening steels," Kuehmann; Charles J.; Olson; Gregory B.; Wise; John P.; Campbell; Carelyn, Jan.23, 2001. 6,635,126, 6,485,582, 6,464,801

 

Publications

Simulation of TTT curves for additively manufactured Inconel 625

Author(s)
Carelyn E. Campbell, Greta Lindwall, Eric Lass, Fan Zhang, Mark R. Stoudt, Andrew J. Allen, Lyle E. Levine
The ability to use common computational thermodynamic and kinetic tools to study the microstructure evolution in Inconel 625 (IN625) manufactured using the

Diffusion in the Ti-Al-V system

Author(s)
Greta Lindwall, Kil-Won Moon, Zhangqi Chen, Michael J. Mengason, Maureen E. Williams, Justin M. Gorham, Ji-Cheng Zhao, Carelyn E. Campbell
Diffusion in the Ti-Al-V system is studied and a CΑLPHAD diffusion mobility description is developed. Diffusion couple experiments are used to obtain

Systems Design Approach to Low-Cost Coinage Materials

Author(s)
Eric Lass, Mark R. Stoudt, Carelyn E. Campbell
A system design approach using an Integrated Computational Materials Engineering (ICME) was used to design three new low-cost seamless replacement coinage
Created March 29, 2019