Matthew M. Seabaugh

Matthew M. Seabaugh

Columbus, Ohio Metropolitan Area
1K followers 500+ connections

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About

I am an accomplished and visionary leader in the energy and environmental solutions…

Activity

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Experience

  • UP Biochemicals Graphic

    UP Biochemicals

    Lewis Center, Ohio, United States

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    Lewis Center, Ohio, United States

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    Columbus, Ohio Metropolitan Area

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    Lewis Center, Ohio, United States

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    Lewis Center, OH

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    Lewis Center, OH

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Education

Volunteer Experience

  • Chairman of the CPC Board

    Creative Play Center Worthington UMC

    - 7 years 3 months

    Education

    I led the Worthington UMC Board of Directors for the Creative Play Center, a day-care and kindergarten facility located within the church, which serves ~70 infants and children in the Worthington, OH community. In this capacity, I lead strategic support of marketing, finance and tuition efforts for the center.

  • Founder and Board Member

    Mattie E. Heitman Memorial Scholarship Trust

    - Present 24 years 8 months

    Education

    I founded this scholarship trust fund to support high school students with academic promise in the Meadow Heights School District near Patton, Missouri. The scholarship fund provides cash awards to students upon their successful completion of their sophomore year in pursuit of a bachelor's degree in a range of fields.

Publications

  • Composite Seal Development and Evaluation

    Advances in Solid Oxide Fuel Cells II: Ceramic Engineering and Science Proceedings/The American Ceramics Society

    To achieve the high power densities in planar solid oxide fuel cell (SOFC) stacks, reliable seal technology is required. Current seal technology has been successful in laboratory stack testing, but in practice is hampered by reliability and lifetime issues, particularly with respect to thermal cycling. A composite approach, in which a crystalline ceramic phase is dispersed in a compliant viscous matrix, can potentially achieve good thermal, mechanical, and chemical stability through the stress…

    To achieve the high power densities in planar solid oxide fuel cell (SOFC) stacks, reliable seal technology is required. Current seal technology has been successful in laboratory stack testing, but in practice is hampered by reliability and lifetime issues, particularly with respect to thermal cycling. A composite approach, in which a crystalline ceramic phase is dispersed in a compliant viscous matrix, can potentially achieve good thermal, mechanical, and chemical stability through the stress relief and self-healing character of the viscous seal material and the interlocking nature of the crystalline phase. In this program, NexTech Materials has developed and tested a range of seal materials for application in SOFC stacks. This presentation will highlight our seal development effort to date.

    Other authors
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Organizations

  • The Electrochemical Society

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    - Present

  • American Institute of Chemical Engineers

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    - Present

  • American Ceramic Society

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    - Present

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