A printability assessment framework for fabricating low variability nickel-niobium parts using laser powder bed fusion additive manufacturing
Abstract
Purpose There is recent emphasis on designing new materials and alloys specifically for metal additive manufacturing (AM) processes, in contrast to AM of existing alloys that were developed for other traditional manufacturing methods involving considerably different physics. Process optimization to determine processing recipes for newly developed materials is expensive and time-consuming. The purpose of the current work is to use a systematic...
Paper Details
Title
A printability assessment framework for fabricating low variability nickel-niobium parts using laser powder bed fusion additive manufacturing
Published Date
Jul 30, 2021
Journal
Volume
27
Issue
9
Pages
1737 - 1748
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Notes
History