Researchers contribute to understanding of microstructure effects on strength of additively manufactured stainless steel

Los Alamos researchers and collaborators added significant experimental results to the understanding of how microstructure affects the properties of additively manufactured 304L-grade stainless steel.

This new data and understanding aids the field of intelligently designed structural materials, which could offer more predictable materials that are less likely to result in catastrophic failure. Read more in the current STE Highlights.

STE Highlights for July

Read these articles in the July 2020 issue of STE Highlights

	Awards and Recognition Ning Xu selected Fellow of the American Chemical Society
	Capability Enhancement: New in situ data extraction and visualization capability
	Earth and Environmental Sciences Researchers begin thermal testing for storing high-level nuclear waste in salt formations
	Infrastructure Enhancement Two new research labs open at Los Alamos
	Nuclear Engineering and Nonproliferation New algorithm for special nuclear material detection at border crossings
	X-Computational Physics LANL releases open-source data remapping software Portage 2.2