Personal Information
Entreprise/Lieu de travail
Tuscaloosa, Alabama United States
Profession
The University of Alabama
Secteur d’activité
Manufacturing
Site Web
xwang007.wixsite.com/research
À propos
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.
Mots-clés
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
Tout plus
Présentations
(4)Personal Information
Entreprise/Lieu de travail
Tuscaloosa, Alabama United States
Profession
The University of Alabama
Secteur d’activité
Manufacturing
Site Web
xwang007.wixsite.com/research
À propos
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.
Mots-clés
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
Tout plus