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Newell Moser (Fed)

As a research member of the Additive Manufacturing Fatigue and Fracture Project, my current research focuses on developing computational methods to predict fracture and fatigue for metal-based additive manufacturing. My PhD dissertation was on experimental characterization and computational modeling of a sheet metal forming process known as double-sided incremental forming. Through these experiences, I have gained a background in topics related to advanced manufacturing, experimental solid mechanics, X-ray diffraction, crystallography/metallography, object-orientated programming, finite element methods, computational mechanics, constitutive modeling (emphasis on elastic-plastic relations), and fracture/fatigue.

Publications

Evaluation of Variations in Solution Annealing, Intercritical Annealing, and Aging Treatments on Cobalt-free Maraging Steels

Author(s)
Nicholas Derimow, Jake Benzing, Alec Saville, Cassidy Allen, Jordan Weaver, Nikolas Hrabe, Timothy Quinn, Timothy Weeks, Newell Moser, Chad Beamer, Christin Aumayr, Tilman Seifert, Michael Hirtler
This work is a compilation and summary of the quasi-static mechanical properties of a novel cobalt-free maraging steel, M789, that underwent a series of various

Priming Additively Manufactured Cobalt-free Maraging Steels for Improved Properties via Changes to As-Built Microstructure

Author(s)
Alec Saville, Jake Benzing, Fan Zhang, Joseph Aroh, Jordan Weaver, Russell Evans, Nicholas Derimow, Samantha Webster, Nikolas Hrabe, Cassidy Allen, Newell Moser, May Martin, Jason Holm, Christin Aumayr, Tilman Seifert, Michael Hirtler
Supply chain challenges and health concerns have spurred the development of new Co-free, Cr-containing maraging steels with several new alloys already

Data and Software Publications

IMPPY3D: Image Processing in Python for 3D Image Stacks

Author(s)
Newell H. Moser, Alexander K. Landauer, Orion L. Kafka
Image Processing in Python for 3D image stacks, or IMPPY3D, is a software repository comprising mostly Python scripts that simplify post-processing and 3D shape characterization of grayscale image
Created December 8, 2019, Updated December 8, 2022
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