Accelerating direct ink write (DIW) design: Functional fillers, data optimization, and prediction

Authors

• James Tata, Los Alamos National Lab, USAFollow
• Grant Martin, MST-7: Engineered Materials Group
• Andrew Ahn, MST-7: Engineered Materials Group
• Sam Trout, MST-7: Engineered Materials Group
• Sid Scott, MST-7: Engineered Materials Group
• Estevan Sandoval, MST-7: Engineered Materials Group
• Jillian O’Neel, MST-7: Engineered Materials Group
• Joseph Torres, MST-7: Engineered Materials Group
• Miles Beaux II, MST-7: Engineered Materials Group
• Rachel Collino, MST-7: Engineered Materials Group
• Rebecca Stevens, MST-7: Engineered Materials Group
• Aaron Pital, C-CDE: Chemical Diagnostics and Engineering
• Vanessa Job, HPC-DES: HPC Design

Conference Dates

January 11 – 15, 2026

Abstract

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Recommended Citation

James Tata, Grant Martin, Andrew Ahn, Sam Trout, Sid Scott, Estevan Sandoval, Jillian O’Neel, Joseph Torres, Miles Beaux II, Rachel Collino, Rebecca Stevens, Aaron Pital, and Vanessa Job, "Accelerating direct ink write (DIW) design: Functional fillers, data optimization, and prediction" in "Innovative Materials & Methods for Additive Manufacturing III (IM²AM)", Conference Chair: Brett Compton; University of Tennessee, Knoxville, USA Conference Co-Chairs: Eric Eastwood, KCNSC, USA Nikhil Gupta, New York University, USA Daniel Schmidt, Luxembourg Institute of Technology, Luxembourg Joamin Gonzalez-Gutierrez, Luxembourg Institute of Technology, Luxembourg Pedro Cortes, University of Texas at El Paso, USA Eds, ECI Symposium Series, (2026). https://dc.engconfintl.org/imam_iii/16