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Yuntian ZHU (Yuntian Zhu)
H指数:124
被引数:6.3万
个人简介
Received his Ph.D. degree in Materials Science and Engineering from the University of Texas at Austin in 1994. He joined the City University of Hong Kong as a Chair Professor in 2020, before which he was a Distinguished Professor in North Carolina State University, where he worked from 2007 to 2020. He worked as a postdoc, staff member and team leader in Los Alamos National Laboratory from 1994 to 2007. The scholar's research in recent years has focused on the deformation mechanisms at dislocation level and mechanical behaviors of heterostructured materials, and nano/ultrafine-grained materials. The scholar is an experimentalist with primary interest in fundamental aspects of materials science and also in designing materials with superior strength and ductility. As of March 20, 2021, publications have been collectively cited for ~ 43,000 times with h-index of 107 according to Google Scholar. The scholar also holds a BS degree from Hefei University of Technology.
教育背景
1994.12
University of Texas at Austin Ph.D. Materials Science and Engineering
工作经历
2020.01 – 至今
City University of Hong Kong
Chair Professor
2007.01 – 2020.12
North Carolina State University
Distinguished Professor
1994.01 – 2007.12
Los Alamos National Laboratory
Postdoc, staff member and team leader
荣誉奖项
- 2025 State Natural Science Award (Second Class)（2025）
- Second-Class Science Award, 2025 MOE Outstanding Scientific Research Achievement Award (Natural Science and Engineering)（2025）｜Ministry of Education, PRC
- Stanford's Top 2% most highly cited scientists 2025（2025）｜Stanford
可变形析出相局部调节断层介导的塑性变形以实现强度-韧性协同效应
相间协同强化与韧化：通过分散微剪切带优化双相异质结构
Acta Materialia
IF9.3
设计异质结构材料
Nature Materials
IF38.5
NiCo双金属纳米陷阱，由回收咖啡渣制备，用于电容式能量存储
通过位错介导的异质马氏体相变增强高熵合金的强度和延展性
在具有超细/细晶结构的超高强度Zn-2Cu-0.15Mg合金中实现室温准超塑性
通过多步退火诱导异质结构实现CoCrNi中熵合金的强度-延性协同效应
由异质结构不稳高熵合金中异质变形诱发的马氏体相变延长
Scripta Materialia
IF5.6
异质结构能够实现新的变形机制以增强强度和加工硬化
具有优异强度-延性组合的全球3D梯度结构钢片
以孪生为主导的划痕机制在商业纯钛中从微观到宏观尺度的转变
Acta Materialia
IF9.3
通过纳米级球形Nb相改善NiTiHf合金的阻尼性能
SCRIPTA MATERIALIA
IF5.6
CoNiV基中熵合金中三级异质结构引起的优异拉伸性能
设计多层钛层合板中的异质结构，以在500 °C下实现1 GPa的屈服强度且不牺牲延展性。
RARE METALS
IF11
