江苏大学门户 CHINESE
 
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Research Institute of Structural Health Monitoring >> Content
Faculty & Staff
 
Wenlong Li

Name

Wenlong   Li

Date of Birth

June.1984

Title

Associate professor

Degree

Ph.D

Position


Discipline

Solid mechanics

Education and Professional   Experience

Education

2011.08-2018.12  University of   Nebraska-Lincoln   Ph.D
  2007.09-2010.06  Northeast Agricultural University  M.S.E

2003.09-2007.06  North University of   China        B.S

Professional Experience

2021.09-now     Jiangsu   University        Associate professor

2019.01-2021.06  University of   Nebraska-Lincoln    Postdoc

Social Academic Post and Honor

Member of the Chinese Society for   Composite Materials

Main Courses

Mechanics of Materials, Finite Element   Method, Continuum Mechanics, Viscoplasticity

Scientific Research Field

Theoretical study of the time-dependent   materials (Polymers, CFRP, Plant cell walls, and High-temperature ceramics)

Novel design for micro/nanoindentation   and DIC

Projects


Main Papers and Patents

Article research

Theoretical Modeling

1.        Li, W., Negahban, M.*,   Zhang, W., Zhang, L., Zhu, J.*. Network yield and detangling as a tool for   modeling back-stress network softening: A thermodynamically consistent model   for Polycarbonate. International Journal of Engineering Science. 215:10432   (2025)

2.        Li, W., S. Wu, J. Zhu*,   L. Zhang*, J. Zheng, H. Wang, Y. Qiu, G. Xie, C. Li. Constitutive modelling   of time-dependent polymer matrix composites: Incorporating a   visco-hyperelastic model into the micromechanical framework. Composite   Structures. 366:119220 (2025)

3.        Alomari, Q.*, Yosef,   T., Bielenberg, R., Faller, R., Negahban, M., Zhang, Z., Li, W., Humphrey,   B., Material Characterization and Stress-State-Dependent Failure Criteria of   AASHTO M180 Guardrail Steel: Experimental and Numerical Investigation.   Materials, 18(11):2523 (2025)

4.        Serroukh, H., Marzak,   M., Benaicha, M.*, Li, W.*, Zhu, J.*, Alaoui, A. Numerical analysis of the   thermomechanical behavior of rubber concrete at high temperatures. Structural   Concrete. 24(3):3236-3250 (2023)

5.        Negahban, M.*, Li, W.,   J. Saiter, L. Delbreilh, K. Strabala, Z Li. Traversing with quantitative   fidelity through the glass transition of amorphous polymers: Modeling the   thermodynamic dilatational flow of polycarbonate. Journal of Rheology.   3(67):749-818(2023)

6.        Li, W., Gazonas, G.,   Brown, E.N., Rae, P.J., Negahban, M. *: Thermomechanical model for monotonic   and cyclic loading of PEEK. Mechanics of Materials, 129, 113-138 (2019)

7.        Chen, Z., Li, W.,   Negahban, M. *, Saiter, J., Delpouve, N., Tan, L., Li, Z.: Approaching the   upper bound of load capacity: Functional grading with interpenetrating   polymer networks. Materials & Design, 137, 152-163 (2018)

Experimental Mechanics (micro/nanoindentation & DIC):

8.        Li, W., Yan, G.*, Zhu,   J., Wang, R., Zhou, Y., Liu J. Unveiling the Influence of Elevated   Temperatures on Enamel Coating: Viscosity, Yield Strength, Stress-Strain   Behavior and Structure. Journal of Non-Crystalline Solids. 666:123716(2025)

9.        Wu, S., Li, W.*, Zhuo,   L., Zhu, J.*, Xie, G.*, Zhang, W., Singhatanadgid, P., and Zhang, D.   Experimental characterization of adiabatic temperature rise for glassy   polycarbonate under slow torsion. Experimental mechanics. 65717-728 (2025)

10.  Li, W., Wu, S., Zhu, J., Guan, W., Jin, E.,   Liu, H. Digital image correlation technique for full-field deformation of   SOFC at 1300°C: An   efficient speckle pattern for porous and diffusible substrates. Optics and   Lasers in Engineering. 186:108849(2025)

11.  Li, W., Wu, S., Zhu, J.*, Zhang, W., Guan,   W.*, Li, J., Real-time deformation and stress response of the planar SOFC   during sintering, Journal of the European Ceramic Society, 44:2242-2250   (2024)

12.  Li, W., Keynia, S., Afsha, F., Belteton,   S.A., Szymanski, D.B., Turner, J.A.*: Protocol for mapping the spatial   variability in cell wall mechanical bending behavior in living leaf pavement   cells. Plant Physiology. 188(3),14351449(2022)

13.  Belteton, S.A., Li, W., Yanagisawa, M.,   Afsha, F., Quinn, M.I., Szymanski, M.K., Marley, M.W., Turner, J.A.,   Szymanski, D.B. *: Real-time conversion of tissue-scale mechanical forces   into an interdigitated growth pattern. Nature Plants. 7, 826841 (2021).

14.  Chen, Y., Li, W., Turner, J.A., Anderson,   C.A. *: PECTATE LYASE LIKE12 PECTATE LYASE LIKE12 patterns the guard cell   wall to coordinate turgor pressure and wall mechanics for stomatal function   in Arabidopsis thaliana. The Plant Cell. (2021)

15.  Qian, W. *, Li, W., Nguyen, C., Johnson,   T., Turner, J. *: Quantitative nanoscale measurements of the thermomechanical   properties of poly-ether-ether-ketone (PEEK). Journal of Polymer Science, 58,   1544-1552 (2020). (Front cover)

16.  Li, W., Delpouve, N., Araujo, S., Batteux,   F., Bobo, E., Saiter, J., Tan, L., Negahban, M. *: Controlling properties of   acrylate/epoxy interpenetrating polymer networks by premature termination of   radical polymerization of acrylate. Polymer Engineering & Science, 59,   1729-1738 (2019)

17.  Li, W., Bakhtiary Noodeh, M., Delpouve, N.,   Saiter, J. M., Tan, L., & Negahban, M. *:  Printing continuously   graded interpenetrating polymer networks of acrylate/epoxy by manipulating   cationic network formation during stereolithography. Express Polymer Letters,   10(12), 1003-1015 (2016)

Book Chapters:

18.  Negahban, M., Li, W., Zhang, L., The   Mechanical and Thermodynamical Theory of Plasticity. 2nd edition.   CRC Press, Taylor & Francis Group. Plan to be published in December, 2026.

19.  Li, W., Gazonas, G., Brown, E.N., Rae,   P.J., Negahban, M. *: Characterization and Modeling of PEEK in Histories with   Reverse Loading, in Challenges in Mechanics of Time Dependent Materials,   Volume 2. Springer, Cham. p. 65-69. (2018) (Book chapter)

20.  Li, W., Gazonas, G., Brown, E.N., Rae,   P.J., Negahban, M. *: Back Stress in Modeling the Response of PEEK and PC. In   Challenges in Mechanics of Time Dependent Materials, Volume 2, B. Antoun et   al. Editors. Springer International Publishing, p. 181186 (2017) (Book chapter)

21.  Li, W., Brown, E.N., Rae, P.J., Gazonas,   G., Negahban, M. *: Mechanical Characterization and Preliminary modeling of   PEEK. Mechanics of Composite and Multi-functional Materials, Volume 7, C.   Ralph, et al., Editors. Springer International Publishing. p. 209-218 (2016)   (Book chapter)

Patent:

22.  Li, W., Wu, S., Zhu, J., Zhuo, L., Liu, W.,   Zhang, G.; A method for evaluating the energy dissipation of a thermoplastic   polymer under slow strain rate deformation, 2025-1-13Application,   China, 202510047023.6

 

Email

Wli2@ujs.edu.cn

 

 
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