专委会委员个人简介——张文玲

张文玲，南京理工大学机械工程学院教授，博导，国家级青年人才，主要从事“电磁流变机理与应用”研究。2015年博士毕业于韩国仁荷大学（导师Hyoung Jin Choi），加拿大阿尔伯塔大学博士后（导师：Hongbo Zeng）。提出通过颗粒与基液的界面重组，提高电/磁流变液长期稳定性的有效策略；研究了拓扑结构对界面毛细力、表面力等短程范德华作用力和长程电/磁诱导力的影响规律，指出动态挤压过程中相邻颗粒沿接触面切线方向的静摩擦力对颗粒链的剪切强度具有重要贡献；评估了电场激励下，固有偶极子间的取向力、诱导偶极子与固有偶极子间的电吸引力对剪切屈服应力的作用规律，揭示了准静态和动态下的剪切应力起源。相关研究成果为电/磁流变剪切抗力的微观起源提供了新的认知，并为武器装备的智能抗冲击缓冲装置提供了若干亟需的理论模型。主持国家级青年人才项目、国家自然科学基金面上、青年等项目10余项，相关成果发表在Nano Energy, ACS Appl. Mater. Interfaces, Chem. Eng. J, Chem. Soc. Rev.,等SCI期刊80余篇，总被引3000余次。获评“中国流变学青年奖”（2018）、担任第十届中国流变学专委会委员。

Biography of Professor: 

Wenling Zhang received her Ph.D. degree in 2015 from Inha University, Republic of Korea. Following a postdoctoral period supervised by Prof. Hongbo Zeng, University of Alberta, Canada, she is now working as a professor at School of Mechanical Engineering, Nanjing University of Science and Technology. Dr. Zhang’s research interest focuses on mechanism and application of electro/magnetorheological systems. She proposed an effective strategy to enhance the long-term stability of electro-/magnetorheological fluids through interfacial restructuring between particles and the base liquid. She investigated the influence of topological structures on short-range van der Waals forces (e.g., interfacial capillary forces, surface forces) and long-range electro-/magnetically induced forces. Dr. Zhang demonstrated that static friction along the tangential direction of the contact surface between adjacent particles during dynamic compression significantly contributes to the shear strength of particle chains. She evaluated the effects of orientation forces between inherent dipoles and attractive forces between induced/ inherent dipoles on shear yield stress under electric fields, revealing the origins of shear stress under quasi-static and dynamic conditions. These findings provide new fundamental insights into the microscopic origins of electro-/magnetorheological shear resistance and deliver critical theoretical models for intelligent anti-impact damping devices in defense equipment. Dr. Zhang has led over 10 national projects, including the National Young Talent Program and NSFC grants, she published over 80 SCI papers in journals including Nano Energy, ACS Applied Materials & Interfaces, Chemical Engineering Journal, and Chemical Society Reviews, with over 3,000 citations. She awarded the Chinese Rheology Youth Award (2018) and has selected as the 10th Rheology Committee Member.

五篇代表作/Selected Publications

代表作：（#代表共同一作；*代表通讯作者）

[1] Zhu Z #, Wang M #, Wang A, Wang M, Xiong B, Tongne A, Zhang W L*, Improved self-sensing harsh-impact absorber merging compression-torsion metamaterial with active magnetorheological effects, Nano Energy, 2025, 139, 110921

[2] Zhu Z S #, Wang Z #, Dai K R *, Wang X F, Zhang H, Zhang W L*, An adaptive and space-energy efficiency vibration absorber system using a self-sensing and tunable magnetorheological elastomer. Nano Energy 2023, 117, 108927

[3] Cui W, Li Y, Sun T, Ling T, Guo S, Zhang W L*, Tian Y*, Gecko-inspired contact-sensible and self-adaptive soft gripping of curved flexible surfaces, Friction, 2025,13, 9441027

[4] Wang Z Y, Li T H, Bi W T*, Zhang W L*, Robust hydrogen-bonding interactions from deep eutectic solvent enabling high magneto-responsive performances. Chem. Eng. J. 2023, 1461, 141859

[5] Zhang W L#, Chen, J.#, Zeng, H.*, Polymer science and nanotechnology: fundamentals and applications- Chapter 8-polymer processing and rheology; Elsevier, 2020, 149-178