Suivre
Chao Xu (徐超)
Chao Xu (徐超)
Associate Professor, Jilin University
Adresse e-mail validée de jlu.edu.cn
Titre
Citée par
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Année
Multi-material direct ink writing (DIW) for complex 3D metallic structures with removable supports
C Xu, B Quinn, LL Lebel, D Therriault, G L’Espérance
ACS applied materials & interfaces 11 (8), 8499-8506, 2019
1012019
Environment-friendly and reusable ink for 3D printing of metallic structures
C Xu, Q Wu, G L'Espérance, LL Lebel, D Therriault
Materials & Design 160, 262-269, 2018
562018
Solvent-cast based metal 3D printing and secondary metallic infiltration
C Xu, A Bouchemit, G L’Espérance, LL Lebel, D Therriault
Journal of Materials Chemistry C 5 (40), 10448-10455, 2017
492017
Direct ink writing of Fe bone implants with independently adjustable structural porosity and mechanical properties
C Xu, S Yu, W Wu, Q Liu, L Ren
Additive Manufacturing 51, 102589, 2022
282022
Microstructure and mechanical behavior of as-built and heat-treated Ti–6Al–7Nb produced by laser powder bed fusion
C Xu, F Sikan, SE Atabay, JA Muniz-Lerma, O Sanchez-Mata, X Wang, ...
Materials Science and Engineering: A 793, 139978, 2020
282020
Microstructure and mechanical properties of β-21S Ti alloy fabricated through laser powder bed fusion
MA Macias-Sifuentes, C Xu, O Sanchez-Mata, SY Kwon, SE Atabay, ...
Progress in Additive Manufacturing 6, 417-430, 2021
142021
3D printing of metallic inks and subsequent heat-treatments
C Xu, D Therriault, LL Lebel, G L'esperance, A Bouchemit
US Patent App. 16/103,958, 2019
72019
Direct ink writing of porous Fe-HA metal-matrix composites (MMCs) with independently adjustable porosity and degradation rate for bone implant applications
C Xu, M Ban, H Zhang, Q Liu, L Ren
Materials & Design 224, 111319, 2022
62022
Microstructure and mechanical properties of β-21S Ti alloy fabricated through laser powder bed fusion. Prog Addit Manuf, 6: 417–430
MA Macias-Sifuentes, C Xu, O Sanchez-Mata
62021
Bioinspired multi-metal structures produced via direct Ink writing
C Xu, X Chen, W Wu, Q Liu, L Ren
Journal of Bionic Engineering 19 (6), 1578-1588, 2022
42022
Direct ink writing of porous Fe scaffolds for bone implants: Pore size evolution and effect on degradation and mechanical properties
C Xu, H Zhang, S Yu, W Wu, L Zhang, Q Liu, L Ren
Journal of Materials Research and Technology 25, 4901-4912, 2023
32023
Solvent cast direct ink writing of mesoscale metallic structures
C Xu
Ecole Polytechnique, Montreal (Canada), 2018
22018
Novel‐Ink‐Based Direct Ink Writing of Ti6Al4V Scaffolds with Sub‐300 µm Structural Pores for Superior Cell Proliferation and Differentiation
C Xu, Y Xu, H Chen, Q Han, W Wu, L Zhang, Q Liu, J Wang, L Ren
Advanced Healthcare Materials, 2302396, 2024
12024
Material extrusion additive manufacturing of Ti6Al4V bio-inspired bone implants with tunable Young's modulus
C Xu, J Qi, L Zhang, Q Liu, L Ren
Additive Manufacturing 78, 103884, 2023
12023
Direct ink writing of porous Fe–Ti6Al4V and Fe-Inconel 718 bimetallic structures
C Xu, Y Xu, X Chen, W Wu, L Zhang, Q Liu, L Ren
Journal of Materials Research and Technology 25, 6613-6627, 2023
12023
Metal 3D printing method and metallic 3D printed materials
C Xu, D Therriault, LL LEBEL, G L'esperance, A Bouchemit
US Patent 11,198,178, 2021
12021
Solvent-Case 3D Printing and Secondary Metallic Infiltration for Highly Dense Metallic Structures
C Xu, A Bouchemit, G L'Espérance, LL Lebel, D Therriault
Design, Manufacturing and Applications of Composites-Twelfth Joint Canada …, 2018
2018
3D Printing Of Metallic Structures From A Green Ink
C Xu, A Bouchemit, G L'Espérance, LL Lebel, D Therriault
CSME-SCGM, 2018
2018
Dense metallic structure fabrication through 3d printing of metallic inks and subsequent metal sintering
C Xu, A Bouchemit, G L’Espérance, LL Lebel, D and Therriault
54th Society of Engineering Science Conference, 2017
2017
Metal 3D printing method and metallic 3D printing materials
C Xu, D Therriault, L Laberge Lebel, G L'Espérance, A Bouchemit
2017
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