一、个人简介
邢子彧于2024年6月进入湘潭大学工作，继续从事软物质本构理论方面的研究，进一步探索力化学增强、流变学、网络拓扑作用、橡胶弹性理论等对软物质设计的作用效果。目前已在软物质力学方面取得了系统的研究成果，截止至2024年6月已发表第一作者SCI论文15篇，以第一作者在软物质力学方面著名专业期刊《Soft Matter》和《Polymer》分别发表软物质力学专业研究论文3篇和5篇，在英国皇家科学院官方会刊《Proc.R.Soc.A-Math. Phys. Eng. Sci.》等国际著名物理和智能材料结构期刊共计发表第一作者论文7篇，在哈尔滨工业大学就读本科博士期间和导师合作发表了形状记忆和复合材料相关的第二作者论文7篇。电子邮箱：XZY1276@163.com；xingziy@xtu.edu.cn
二、学习工作经历
（1）2015/09-2019/09，哈尔滨工业大学，复合材料与工程，学士
（2）2019/09-2024/06，哈尔滨工业大学，力学，博士，导师：吕海宝
（3）2024/06至今，韦徳体育官网，伟德betvlctor体育官网，讲师
三、主讲课程
《流变学基础》
四、研究方向
1. 软物质力学本构
2. 力化学效应
3.聚合物流变学
4.橡胶弹性理论
五、科研项目
1. 韦徳体育官网科研启动项目
六、代表性论著
[1] Xing Ziyu, Shu Dong-Wei, Lu Haibao, Fu Yong-Qing. Undirected graphical model of adjacency matrix for dynamic elasticity in polyelectrolyte hydrogels [J]. Polymer, 2023, 264:125531.
[2] Xing Ziyu, Lu Haibao. Double-well potential model for glass transition in glassy hydrogel undergoing bi-stable interactions with water[J]. Soft Matter, 2023, 19: 6612-6618.
[3] Xing Ziyu, Lu Haibao, Fu Yong-Qing. Self-consistent Sierpinski iteration of toughening mechanism in elastomer undergoing scaled segment-chain-network [J]. Proc. R. Soc. A-Math. Phys. Eng. Sci., 2023, 479:20220717.
[4] Xing Ziyu, Lu Haibao, Shu Dong-Wei, Fu Yong-Qing. Non-Euclidean geometry model for chemo-mechanical coupling in self-assembled polymers towards dynamic elasticity [J]. Polymer, 2022, 254:125094.
[5] Xing Ziyu, Shu Dong-Wei, Lu Haibao, Fu Yong-Qing. Untangling the mechanics of entanglements in slide-ring gels towards both super-deformability and toughness[J]. Soft Matter, 2022, 18: 1302-1309.
[6] Xing Ziyu, Lu Haibao, Fu Yong-Qing. Anchoring-mediated topology signature of self-assembled elastomers undergoing mechanochromic coupling/decoupling[J]. Soft Matter, 2021, 17:5960-5968.
[7] Xing Ziyu, Lu Haibao, Fu Yong-Qing. A dynamic model of complexly mechanoresponsive chain-poly[n]-catenations in double-network polyampholyte hydrogels[J]. Smart Mater. Struct., 2021, 30:015027.
[8] Xing Ziyu, Lu Haibao, Hossain Mokarram, Fu Yong-Qing, Leng Jinsong, Du Shanyi. Cooperative dynamics of heuristic swelling and inhibitive micellization in double-network hydrogels by ionic dissociation of polyelectrolyte[J]. Polymer, 2020, 186:122039.
