Name:Hong ZUO

Current position:Professor

E-mail:zuohong@mail.xjtu.edu.cn

Homepage:http://gr.xjtu.edu.cn/web/zuohong-en

lResearch Interests

Solid mechanics, Fracture mechanics, Damage mechanics, Mechanical reliability, Biomedical engineering, Fatigue and damage analysis, Failure analysis, etc.

l Work experience

lEducation

lHonors and Awards

· The project of “The theories of crack shielding effect induced by the microscopic cracks based on the M-integral” was awarded the first prize of natural science award of Shaanxi province. (05/2015)

· The project of “The new theory and application for the multi-damage and defect discribed by the configurational force theory” was awarded the first prize of natural science award of Shaanxi province. (05/2014)

· The project of “The criterion for the evolution and interference of multi-damage and defect based on the configurational force theory” was awarded the first prize of college science and technology progress of Shaanxi's universities. (04/2014)

lRepresentative Publications

[1]Zuo, Hong*，Feng, Yu-Hong，A new method for M-integral experimental evaluation，International Journal of Damage Mechanics，2013，22（2）：238-246。

[2]Hong Zuo*，Yuhong Feng，A universal crack extension criterion based on the equivalent stress gradient: I. theory and numerical verification，Acta Mechanica Solida Sinica，2012，25（1）：100-110。

[3]Hong Zuo*，Hongbai Bai，Yuhong Feng，The Analysis of Stiffness for Rubbery Metallic Material Based on Mesoscopic Features，Materials Sciences and Applications，2011，vol（2）：654-660。

[4]H. Qiu，L.N. Wang，H. Zuo，K. Hiraoka，Validity of strain-induced martensite transformation in enhancing fracture behavior of Cr–Ni weld metal at different temperatures and in different stress states，Materials Science and Engineering A-Structural Materials Properties Microstructure and Processing，2013，586：93-99。

[5]H. Qiu，L.N. Wang，J.G. Qi，H. Zuo，K. Hiraoka，Enhancement of fracture toughness of high-strength Cr–Ni weld metals by strain-induced martensite transformation，Materials Science and Engineering A-Structural Materials Properties Microstructure and Processing，2013，579：71-76。

[6]H. Qiu，L.N. Wang，H. Zuo，G. Arakane，K. Hiraoka，Optimization of the content of retained austenite in Fe–(0.01–0.045)C–14Cr–(4–9)Ni weld metals for strength–ductility balance，Materials Science and Engineering A-Structural Materials Properties Microstructure and Processing，2013，565：102-111。

[7]H. Qiu，L.N. Wang，H. Zuo，G.Arakane，FX.Yin，K. Hiraoka.，Enhanced low-temperature tencile properties of Fe-14Cr-(4-9)Ni weld by retained austenite，日本熔接学会文集，2012，30（2）：171-179。

[8]Qun Li, Junnan Lv, Junling Hou, Hong Zuo*. Crack-tip shielding by the dilatant transformation of particles/fibers embedded in composite materials[J], Theoretical and Applied Fracture Mechanics, 2015, 80: 242-252.

[9]Junling Hou, Qun Li*, Junnan Lv, Hong Zuo. Crack deflection by the transformable particles dispersed in composites[J]. Acta Mechanica, 2015, .

[10]Junling Hou, Qun Li*, Guangyan Liu, Hong Zuo. Fundamental solutions of a crack impinging upon an interface slippage in laminated anisotropic bodies[J]. Archive of Applied Mechanics, 2015.

[11]Rong Wang, Hong Zuo*, Yi-Min Yang, Bo Yang, Qun Li**. Finite element simulation and optimization of radial resistance force for shape memory alloy vertebral body stent. Journal of Intelligent Material Systems and Structures,2016.

[12] Rong Wang1, Lin Niu*, Qun Li1, Qida Liu1, Hong Zuo*. The peritubular reinforcement effect of porous dentine microstructure. PLOS ONE, 12(8)：August 31, 2017.