Multimaterial 3D printing of high-strength metal-cermet inert anodes for aluminum electrolysis via interface-structure design
Authors:
- Decai OuyangDODecai Ouyang
- Puyun FanPFPuyun Fan
- Wangjia ZhangWZWangjia Zhang
- Mengxiong ChenMCMengxiong Chen
- Keyi ZhangKZKeyi Zhang
- Huiwen XiongHXHuiwen Xiong
- Xiao KangXKXiao Kang
- Lei ZhangLZLei Zhang
- Kechao ZhouKZKechao Zhou
- Yun LiuYLYun Liu
- Borui LiuBLBorui Liu
Open Access
- 1 October 2026
- journal article
- Published by KEAI Publishing in Advanced Powder Materials
- Vol. 5 (5)
Abstract
No abstract availableFunding Information
- National Natural Science Foundation of China (52574420)
This publication has 41 references indexed in Scilit:
- Shrinkage and deformation of material extrusion 3D printed parts during sintering: Numerical simulation and experimental validationActa Materialia, 2024
- Towards high-density and thick-walled NiFe2O4-based cermet by ceramic injection molding using spherical composite powderCeramics International, 2024
- Controlling η phase distribution and its effects on carburized graded cemented carbides via extrusion additive manufacturingCeramics International, 2024
- Special Issue Editorial: Advanced Materials for Additive ManufacturingAdvanced Materials, 2024
- Argon anodic plasma inert anode for Low-Temperature aluminium electrolysisChemical Engineering Journal, 2023
- Microstructure and properties of additively-manufactured WC-Co microlattices and WC-Cu compositesActa Materialia, 2021
- Mechanical properties of copper/bronze laminates: Role of interfacesActa Materialia, 2016
- Effect of sintering atmosphere on composition and properties of NiFe2O4 ceramicJournal of Central South University, 2015
- Effect of metallic content on mechanical property of Ni/(10NiO-NiFe2O4) cermetsJournal of Central South University of Technology, 2006
- Modified Arrhenius equation for the frequency dependence of the transition temperatures of polymersBiomaterials, 1989