Publications

Ronevich, Joseph A.; San Marchi, Christopher W.; Maguire, Michael C.; Balch, Dorian K.

Abstract not provided.

Ronevich, Joseph A.; San Marchi, Christopher W.; Maguire, Michael C.; Balch, Dorian K.

Abstract not provided.

Rodelas, Jeffrey R.; Susan, D.F.; Maguire, Michael C.; Duran, Peter S.; Vieira, Matthew J.; Hickman, Renae E.; Jaramillo, Celedonio E.; Profazi, Christina A.

Abstract not provided.

Tung, Daniel J.; Rodelas, Jeffrey R.; Maguire, Michael C.; Susan, D.F.; Carroll, Jay D.

Abstract not provided.

Rodelas, Jeffrey R.; Ghanbari, Zahra G.; Maguire, Michael C.; Michael, Joseph R.; Barr, Alexander K.; Duran, Peter S.; Grant, Richard P.

Abstract not provided.

Sugar, Joshua D.; Beghini, Lauren L.; Stender, Michael S.; Veilleux, Michael V.; Subia, Samuel R.; Keicher, David M.; Dagel, Daryl D.; Maguire, Michael C.; San Marchi, Christopher W.

Abstract not provided.

Rodelas, Jeffrey R.; Maguire, Michael C.; Balch, Dorian K.; Jared, Bradley H.

Abstract not provided.

Rodelas, Jeffrey R.; Maguire, Michael C.

Abstract not provided.

Sugar, Joshua D.; Beghini, Lauren L.; Stender, Michael S.; Veilleux, Michael V.; Keicher, David M.; Dagel, Daryl D.; Maguire, Michael C.; San Marchi, Christopher W.

Abstract not provided.

San Marchi, Christopher W.; Sugar, Joshua D.; Balch, Dorian K.; Maguire, Michael C.

Abstract not provided.

Rodelas, Jeffrey R.; Maguire, Michael C.; Susan, D.F.; Carroll, Jay D.; Kellogg, Rick A.

Abstract not provided.

Maguire, Michael C.; Rodelas, Jeffrey R.

Laser welding of 304L stainless steel during component fabrication has been found to alter the chemical composition of the steel due to material evaporation. During repair or rework, or during potential reuse/ rewelding of certain components, the potential exists to alter the composition to the extent that the material becomes prone to solidification cracking. This work aims to characterize the extent of this susceptibility in order to make informed decisions regarding rewelding practice and base metal chemistry allowances.

Rodelas, Jeffrey R.; Robino, Charles V.; Maguire, Michael C.

Abstract not provided.

San Marchi, Christopher W.; Maguire, Michael C.; Balch, Dorian K.; Sugar, Joshua D.; Smith, Thale R.; Schoenung, Julie S.

Abstract not provided.

Rodelas, Jeffrey R.; Maguire, Michael C.; Susan, D.F.; Carroll, Jay D.; Kellogg, Rick A.

Abstract not provided.

Maguire, Michael C.; Rodelas, Jeffrey R.; Sugar, Joshua D.; Carroll, Jay D.; Adams, David P.; Michael, Joseph R.

Abstract not provided.

Madison, Jonathan D.; Rodgers, Theron R.; Tikare, Veena T.; Maguire, Michael C.

Abstract not provided.

Maguire, Michael C.; Rodelas, Jeffrey R.; Michael, Joseph R.; Adams, David P.; Carroll, Jay D.; Song, Bo S.; Reedlunn, Benjamin R.; Bishop, Joseph E.; Wise, Jack L.

Abstract not provided.

Rodelas, Jeffrey R.; Maguire, Michael C.; Susan, D.F.; Carroll, Jay D.; Kellogg, Rick A.

Abstract not provided.

EPJ Web of Conferences

Nishida, E.E.; Song, Bo S.; Maguire, Michael C.; Adams, David P.; Carroll, Jay D.; Wise, Jack L.; Bishop, Joseph E.; Palmer, Todd

Additive manufacturing (AM) technology has been developed to fabricate metal components that include complex prototype fabrication, small lot production, precision repair or feature addition, and tooling. However, the mechanical response of the AM materials is a concern to meet requirements for specific applications. Differences between AM materials as compared to wrought materials might be expected, due to possible differences in porosity (voids), grain size, and residual stress levels. When the AM materials are designed for impact applications, the dynamic mechanical properties in both compression and tension need to be fully characterized and understood for reliable designs. In this study, a 304L stainless steel was manufactured with AM technology. For comparison purposes, both the AM and wrought 304L stainless steels were dynamically characterized in compression Kolsky bar techniques. They dynamic compressive stress-strain curves were obtained and the strain rate effects were determined for both the AM and wrought 304L stainless steels. A comprehensive comparison of dynamic compressive response between the AM and wrought 304L stainless steels was performed. SAND2015-0993 C.

Adams, David P.; Reedlunn, Benjamin R.; Bishop, Joseph E.; Carroll, Jay D.; Maguire, Michael C.; Song, Bo S.; Wise, Jack L.; Brown, Don B.; Clausen, Bjorn C.; Palmer, Prof.T.; Kilgo, Alice C.

Abstract not provided.

Reedlunn, Benjamin R.; Adams, David P.; Carroll, Jay D.; Song, Bo S.; Maguire, Michael C.; Wise, Jack L.; Bishop, Joseph E.; Michael, Joseph R.; Madison, Jonathan D.; Rodgers, Theron R.; Brown, Donald W.; Clausen, Bjorn C.; Palmer, Todd A.

Abstract not provided.

Nishida, E.E.; Song, Bo S.; Maguire, Michael C.; Adams, David P.; Carroll, Jay D.; Wise, Jack L.; Bishop, Joseph E.; Palmer, Todd A.

Abstract not provided.

Susan, D.F.; Grant, Richard P.; Rodelas, Jeffrey R.; Michael, Joseph R.; Maguire, Michael C.

Abstract not provided.

Song, Bo S.; Nishida, E.E.; Maguire, Michael C.; Adams, David P.; Carroll, Jay D.; Wise, Jack L.; Reedlunn, Benjamin R.; Bishop, Joseph E.; Palmer, Todd A.; Sanborn, Brett S.; Smith, Scott H.

Abstract not provided.