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This article provides critical data concerning a system’s approach that incorporates processing, structure, property, and performance (PSPP) linkages applied on titanium materials. To acquire basic insights and knowledge of materials behavior, we need to build reasonable (PSPP) connections. This article will help gather data for any materials system to create the PSPP map and then uses those techniques to create a map for a Titanium made with additive manufacturing. In addition, it explains the current methods, techniques, and equipment used in a variety of structure treatment of titanium materials, as well as the processing concerns and precautions that apply. The metallurgical background showing the principles used in titanium treatment is also discussed, with respect to alloy classifications, and structures. Designers will be able to modify process parameters and understand the impact on performance using this integrated approach, allowing for design and optimization of these highly visible manufacturing processes.
Titanium; Metallurgy; Process; Structure; Property; Performance; Microstructure; Treatment; Improve
James Worth Bagley College of Engineering
Department of Mechanical Engineering
omalek, othmane and rochdi, anas, "Design of Process-Structure-Property-Performance Road Map of Titanium Alloy Constructed using additive Manufacturing" (2021). ME 4133/6133 Mechanical Metallurgy. 4.