Xu Zhang

Personal Information

  • Education Level: PhD graduate
  • Degree: Doctor of engineering
  • Gender: Male
  • Alma Mater: Huazhong University of Science and Technology
  • School/Department: School of Mechanics and Engnieering
  • Multiscale Modeling of Material, Gradient Nanostructured Material, High Entropy Alloys, Interface
  • Discipline:Mechanics
    Aerospace Science and Technology
    Materials Science and Engineering
    Mechanical Engineering
    Metallurgical Engineering
    Advanced Manufacturing
    Aeronautical Engineering
    Materials Engineering
    Metallurgical Engineering
    Mechanical Engineering
    Solid Mechanics
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    Profile

    Xu Zhang received his Bachelors degree and Doctorate in Mehcanics at the Huazhong University of Science and Technology and then joined the School of Mechanics and Engnieering at the Southwest Jiaotong University. Zhang's research focusses on the multiscale analysis of advanced metallic materials, inlcuding mechanics-based constitutive modeling, multiscale deformation and fracture in materials and structures, multi-scale modeling of gradient nanostructured materials and high entropy alloys. Applications are concerned with laser shock processed material for aeroengine and laser quenching processed rail steel.

    2006.9  to   2011.6
    Huazhong University of Science and Technology  |  Solid Mechanics  |  PhD graduate  |  Doctor of engineering  |  导师:李振环

    2002.9  to   2006.6
    Huazhong Uniniversity of Science and Technology  |  mechanics  |  Bachelor degree  |  Bachelor of engineering

    2009.9  to   2010.9
    Aristotle University of Thessaloniki  |  2  |  Graduate student (doctor)  |  Doctoral candidate  |  Visiting Student

    2023.11  to  Now
    新加坡南洋理工大学
    机械与航空航天学院

    2021.2  to  Now
    西南交通大学
    力学与航空航天学院
    教授

    2019.12  to  2021.12
    Southwest Jiaotong University
    School of Mechanics and Engnieering
    Professor

    2015.12  to  2019.12
    Southwest Jiaotong University
    School of Mechanics and Engineering
    Associate Professor

    2011.6  to  2015.12
    Southwest Jiaotong University
    School of Mechanics and Engineering
    Lecturer

    2016.9  to  2018.8
    Max Planck Institute for Iron Research GmbH
    Department of Microstructure Physics and Alloy Design
    Humboldt Research Fellow
    合作教授:Dierk Raabe与Franz Roters

    2020.1  to  2020.2
    Friedrich-Alexander-University of Erlangen-Nürnberg
    Chair of Materials Simulation
    CSC Supported Visiting Scholar
    合作教授:Michael Zaiser

    2012.11  to  2013.1
    Friedrich-Alexander-University of Erlangen-Nürnberg
    Chair of Materials Simulation
    PostDoc Position
    合作教授:Michael Zaiser

    2020.7  to  Now
    中国力学学会微纳米力学工作组组员

    2020.7  to  Now
    中国力学学会第10届塑性力学专业组组员

    2022.12  to  Now
    四川省力学学会理事

    2019.5  to  Now
    四川省力学学会固体力学专业委员会委员

    2022.12  to  Now
    Materials Research Letters期刊(IF:8.3)青年编委

    2023.12  to  Now
    《金属学报》(IF:2.3)青年编委

    2023.2  to  Now
    Frontiers in Materials期刊(IF:3.2)评审编辑

    2022.3  to  Now
    《应用力学学报》青年编委

    2022.1  to  Now
    Frontiers in Metals and Alloys 期刊评审编辑

    2022.1  to  2023.1
    Metals 期刊(IF:2.9)Special Issue "Advances in High Strength–Ductility Synergy Materials"编辑

    国家自然科学基金委和波兰国家科学中心基金项目函评专家,中国博士后科学基金、多个省市科技项目以及教育部学位中心论文评审专家

    Research Group

    Name of Research Group:Plasticity, Fatigue and Fracture

    Description of Research Group:The research team is mainly engaged in the constitutive relationship of advanced materials, fatigue, and fracture mechanics.

    Name of Research Group:Multiscale Modeling of Material

    Description of Research Group:The research group of "multi-scale mechanics of material" has systematically studied the mechanical behavior, deformation mechanism, constitutive theory and microstructure optimization design of high strength and high toughness materials, such as high entropy alloy gradient, nanostructured materials, through multi-scale theory (strain gradient theory, dislocation theory), multi-scale simulation (crystal plastic finite element; discrete dislocation dynamics; molecular dynamics) and multi-scale experiments (macro mechanical property test; surface nanocrystallization; microscopic characterization; nanoindentation).