Soft-matter interfacial physics软物质界面物理
Wetting, adhesion, phase separation, surface stresses, and poroelastic transport in compliant polymer networks.柔性聚合物网络中的润湿、黏附、相分离、表面应力与多孔弹性输运。
Profile个人简介
About关于我
I am a researcher in interfacial mechanics whose work spans soft-matter physics, experimental photomechanics, and computational engineering. I combine non-contact optical measurement with mechanics-based modelling to study how interfaces deform, transport material, adhere, and fail.
During my doctoral research, I investigated soft polymer interfaces, including wetting-induced phase separation, poroelastic transport of free chains, stiffness-gradient-driven droplet motion, and adhesion on gel surfaces. These studies use in-situ optical imaging and quantitative models to connect microscopic network processes with macroscopic interfacial response.
My master's research focused on optical experimental mechanics. I used digital image correlation, shearography, confocal microscopy, white-light interferometry, and basic photolithography to characterize interfacial deformation, failure, and fracture. The experimental work is supported by interface and fracture mechanics as well as finite-element validation.
I received my Ph.D. in Nano Science and Technology from the Department of Physics at the Hong Kong University of Science and Technology (HKUST), advised by Prof. Qin Xu. Before that, I studied mechanics at Jiangsu University and civil engineering at Qingdao University of Technology.
我的研究围绕界面力学展开，横跨软物质物理、光测实验力学与计算工程。我将非接触式光学测量和力学建模相结合，研究界面的变形、物质输运、黏附与失效。
博士阶段，我主要研究软聚合物界面，包括润湿诱导相分离、自由链的多孔弹性输运、刚度梯度驱动的液滴运动以及凝胶表面黏附，并通过原位光学成像和定量模型连接微观网络过程与宏观界面响应。
硕士阶段，我的研究方向属于光测实验力学。我利用数字图像相关、剪切散斑干涉、激光共聚焦、白光干涉和基础光刻技术表征界面变形、失效与断裂，并以界面力学、断裂力学和有限元分析支撑实验结果。
我在香港科技大学物理系获得纳米科学与技术博士学位，导师为许钦教授。此前，我分别在江苏大学学习力学、在青岛理工大学学习土木工程。
Research interests研究兴趣
Experimental photomechanics光测实验力学
Non-contact measurements of interfacial deformation, failure, fracture, morphology, and residual stress.非接触测量界面变形、失效、断裂、表面形貌与残余应力。
Computational mechanics and multiphysics计算力学与多物理场仿真
Finite-element and coupled-field simulations for experimental validation, mechanism analysis, and engineering systems.用于实验验证、机理分析与工程系统研究的有限元和耦合场仿真。