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基本信息

姓名:尹飞

出生年月:198703

职称:教授

/博生导师:硕导、博导

邮箱:[email protected]

研究方向:汽车轻量化、高性能金属纳米材料、超声波辅助制造

教育背景

2012-2017年,普渡大学,工程技术,哲学博士

2009-2012年,武汉理工大学,材料加工工程,工学硕士

         2005-2009年,武汉理工大学,材料成型及控制工程,工学学士

学术经历

2019-至今,武汉理工大学,汽车工程学院,教授

2017-2019年,普渡大学,博士后研究员

国内外学术兼职

期刊int j comput mater sci surf eng (ei)主编;湖北省汽车工程学会理事;美国机械工程学会(asme)会员;美国国际金属学会(asm international)会员

代表性学术成果

截至目前,在机械制造及材料加工领域共发表sci检索学术论文20余篇,被引800余次,h-index 13 (google scholar),论文节选如下:

[1] f.yin.shan hu, rong xu, xinghui han, dongsheng qian, wenting wei, lin hua, kejie zhao, strain rate sensitivity of the ultrastrong gradient nanocrystalline 316l stainless steel and its rate-dependent modeling at nanoscale, international journal of plasticity, volume 129, june 2020, 102696.

[2] f. yin, g.j. cheng, r. xu, k. zhao, q. li, j. jian, s. hu, s. sun, l. an, q. han*, ultrastrong nanocrystalline stainless steel and its hall-petch relationship in the nanoscale, scripta mater. 155 (2018) 26-31.

[3] f. yin, r. xu, s. hu, k. zhao, s. yang, s. kuang, q. li, q. han, enhanced mechanical and biological performance of an extremely fine nanograined 316l stainless steel cell–substrate interface fabricated by ultrasonic shot peening, acs biomaterials science & engineering 4(5) (2018) 1609-1621.

[4] f. yin, s. hu, l. hua, x. wang, s. suslov, q. han, surface nanocrystallization and numerical modeling of low carbon steel by means of ultrasonic shot peening, metall. mater. trans. a 46a(3) (2015) 1253-1261.

[5] f. yin, l. hua, h. mao, x. han, d. qian, r. zhang, microstructural modeling and simulation for gcr15 steel during elevated temperature deformation, materials & design 55 (2014) 560-573.

[6] r. xu, y. yang, f. yin, p. liu, p. cloetens, y. liu, f. lin, k. zhao, heterogeneous damage in li-ion batteries: experimental analysis and theoretical modeling, journal of the mechanics and physics of solids 129 (2019) 160-183.

[7] s. hu, f. yin, e. uchaker, w. chen, m. zhang, j. zhou, y. qi, g. cao, facile and green preparation for the formation of moo2-go composites as anode material for lithium-ion batteries, the journal of physical chemistry c 118(43) (2014) 24890-24897.

[8] s. hu, w. chen, j. zhou, f. yin, e. uchaker, q. zhang, g. cao, preparation of carbon coated mos2 flower-like nanostructure with self-assembled nanosheets as high-performance lithium-ion battery anodes, journal of materials chemistry a 2(21) (2014) 7862-7872.

招生专业

机械工程(含车辆工程、汽车电子工程、汽车运用工程)

车辆工程(专业型)

  

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