Xiaoqing Wang
4 SlideShares 4 Seguidores 13 Seguindos
Personal Information
Organização/Local de trabalho
Tuscaloosa, Alabama United States
Cargo
The University of Alabama
Setor
Manufacturing
Site
xwang007.wixsite.com/research
Sobre
Dr. Xiaoqing Wang performs research in metal additive manufacturing (AM) to improve 3D metal printing processes and metal part performance. His research is to reveal the relationships among processing, microstructure, and mechanical properties of metal components by various materials characterization techniques.
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Marcadores
metal 3d printing additive manufacturing selective laser melting inconel 718 microstructure characterization ti-6al-4v electron beam additive manufacturing nanoindentation microstructural analysis powder bed fusion nickel-based alloy microstructure analysis texture analysis build height effect msec namrc mechanical property laser additive manufacturing powder-bed beam scanning speed mechanical properties electron beam melting
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Personal Information
Organização/Local de trabalho
Tuscaloosa, Alabama United States
Cargo
The University of Alabama
Setor
Manufacturing
Site
xwang007.wixsite.com/research
Sobre
Dr. Xiaoqing Wang performs research in metal additive manufacturing (AM) to improve 3D metal printing processes and metal part performance. His research is to reveal the relationships among processing, microstructure, and mechanical properties of metal components by various materials characterization techniques.
Marcadores
metal 3d printing additive manufacturing selective laser melting inconel 718 microstructure characterization ti-6al-4v electron beam additive manufacturing nanoindentation microstructural analysis powder bed fusion nickel-based alloy microstructure analysis texture analysis build height effect msec namrc mechanical property laser additive manufacturing powder-bed beam scanning speed mechanical properties electron beam melting
Ver mais