Papers
4
Total Citations
33
H-Index
3
About
Minggang Zhu is a leading researcher in advanced magnetic materials, with a focus on permanent magnets, additive manufacturing, and smart composites. His work addresses critical challenges in rare-earth resource efficiency and functional material design. Zhu’s most cited paper, a comprehensive review on 3D printing of magnetic materials, synthesizes the material-process-structure-application paradigm, earning 17 citations and establishing a framework for next-generation fabrication. He has made pivotal contributions to high-performance Ce magnets, proposing strategies to efficiently utilize heavy rare-earth Tb in magnets with high Ce content—a cost-effective and environmentally friendly alternative—garnering 9 citations. His research on Nd-Fe-B magnets demonstrates how TbMg diffusion achieves low thermal expansion and corrosion resistance while maintaining high coercivity, with 5 citations. Zhu also pioneers 4D printing of Sm₂Fe₁₇Nₓ shape memory composites, enabling magnetic programming for adaptive devices. With over 30 citations across his top works, Zhu’s innovations in material efficiency, diffusion processing, and additive manufacturing are shaping sustainable magnetic technologies for energy, electronics, and robotics applications.
Research Focus
Key Achievements
Top Papers
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