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韩鹏
Personal Information
Name (Pinyin): Peng Han
E-Mail:
bc1a0b594164ba3b6bf79666555487e071da0db0d0dcc3c865efafb1956f90875d0919999d94a2b4177364e5ac32aa24885f168a4eb32b2de5e5c5217dd9c2b914a38cd5315355a97f60c0b5b1123419042674b63bfc28da706dd5616f58cf345d66ced46f5308a5ac903333472ebdea4f87d04896840fa3b20f1ec6ec199440
School/Department: 冶金工程学院
Contact Information: 18291486150
Status: Employed
Recommended MA Supervisor
Paper Publications
Current position:
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Paper Publications
Kuaishe Wang,wangwen,Peng Han,,曹子轩,关肖虎,倪立锦.Achieving exceptional superplasticity in a fine‑grained Mg‑Gd‑Y‑Zn‑Zr alloy fabricated by friction stir processing:Journal of Materials Science,2026
wangwen,qiangfengming,qiaoke,Kuaishe Wang,Peng Han,,陈帅军,刘江,闫宝宏,马乾芝.Large-area AA6061 alloy sheets prepared via multipass particles-based sdditive friction stir deposition:Metallurgical and Materials Transactions B,2025
Kuaishe Wang,qiaoke,wangwen,qiangfengming,Peng Han,,段佳兴,马乾芝,林佳.High-performance CoCrFeNi-6061 aluminum matrix composites fabricated by cold spray-friction stir processing composite additive manufacturing:Journal of Manufacturing Processes,2026
qiangfengming,qiaoke,caijun,wangwen,Kuaishe Wang,Peng Han,,林佳,杨虎斌,马乾芝,高峰.Excellent superplasticity for lamellar microstructure in nugget of a doublesided friction stir welded Ti-4.5Al-3V-2Mo-2Fe alloy joint:Metals Advances,2026
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