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Yanfei Gao
H指数:58
被引数:1.5万
个人简介
Before joinining UTK in 2005, Prof. Gao obtained two BS degrees from Tsinghua University in 1999 and MA and PhD from Princeton University in 2001 and 2003 repsectively, and conducted post-doc reserach at Brown University in 2003-2005. He was a Joint Faculty with Oak Ridge National Lab in 2005-2018. Prof. Gao mainly publishes in the area of Mechanics of Materials (or called Solid Mechanics), with 24 papers in Acta Materialia, 13 papers in Scripta Materialia, 20 papers in Journal of the Mechanics and Physics of Solids, and 3 papers in Progress in Materials Science. As a theorist, Prof. Gao focus on: (i) think the unthinkable (indigenous views on research frontiers; e.g., #37 and #93 below), and (ii) solve the unsolvable (bottleneck engineering problems and especially failures at extremes; e.g., #158 and #189 below). Besides the above research accomplishments, Prof. Gao has won many awards for his teaching, adminstration, and services. He has graduated 18 PhD students and numerous master students, who have won Acta Student Awards and many Best Paper/Thesis Awards in TMS and other organizations. Prof. Gao is a Fellow of ASM and has received 2026 TMS Brimacombe Medal with citation: "For foundational contributions to small-scale mechanics, material failure at extreme conditions, and solid-state additive manufacturing, and for exceptional professional service."
教育背景
1999.12
Tsinghua University BS
2001.12
Princeton University MA
2003.12
Princeton University PhD
工作经历
2005.01 – 2018.12
Oak Ridge National Lab
Joint Faculty
2005.01 – 至今
The University of Tennessee, Knoxville
Prof. Yanfei Gao, FASM
2003.01 – 2005.12
Brown University
post-doc reserach
荣誉奖项
- Fellow of ASM（2026）｜ASM
- 2026 TMS Brimacombe Medal（2026）｜TMS
氧含量控制的竞争性变形机制导致CuO掺杂NiTi形状记忆合金的强度-失效转折
Acta Materialia
IF9.3
通过纳米尺度范德华各向异性实现无定形介电材料的室温模塑
Nature Communications
IF15.7
沉淀强化镍基单晶中rafting的机理起源：竞争性的化学生物力学机制与相图
热力机械演化及渐近线在增材摩擦搅拌沉积中的表现
切线模量和连续硬化机制：基于原位中子衍射的量化及纳米沉淀强化的HEAs延性改善
通过抑制晶界脆性，在难以变形的沉淀强化镍基合金中实现超塑性
Acta Materialia
IF9.3
通过添加过量的Cr₂O₃来增强Cr的溶解度，以制备等原子(TaTiVCr)C陶瓷
Tungsten
IF11.2
包含各种竞争机制和尺寸效应的冷焊图
SCRIPTA MATERIALIA
IF5.6
通过碳配分、L12纳米析出和TRIP效应协同作用获得的优异力学性能；Fe–Ni–Al–Ti–C钢中的L12纳米析出和TRIP效应
Materials Futures
IF10.8
增材制造NiTi形状记忆合金中能够显著延迟压缩失效的顺序硬化机制
乏力裂纹的机械内聚力定律: 非线性场投影和原位同步加速器x射线衍射 (s-xrd) 测量
通过引入超细BaTiO3和半互穿高分子网络增强介电弹性体的电致驱动和自修复性能
具有物理信息的神经网络的数值和实验裂纹尖端内聚力定律
循环载荷下镁合金的沉淀强化微力学行为
不同温度下难熔元素对CoCrNiFe浓固溶体合金力学性能的影响
MATERIALIA
IF2.9
