专委会委员个人简介——李鸿英

2002 年毕业于中国石油大学（北京），获博士学位，现任该校副教授、博士生导师。中国化学会·中国力学学会第九届流变学专业委员会委员、第十届秘书长。长期从事油气储运教学与科研，以易凝高黏原油流变学与输送技术为主攻方向，对含蜡原油流变性的规律和机理有较深入和全面的认识，并积极将含蜡原油流变性的基础研究成果推广应用到工程实践中。主持、参与国家自然科学基金6项，中石油、中石化、国家管网等课题50余项；发表论文100余篇，培养硕士50余名；获中国流变学青年奖、省部级一等奖3项、二等奖2项。

作为“西部原油管道输送技术研究”核心成员，为西部原油管道工程提供关键工艺支撑，成果获中石油科技进步一等奖（5/15）、新疆自治区一等奖（8/12）等4项省部级奖励。为多条国家管网、海外合资管道应急抢险及国际招标项目提供技术支持。面向“双碳”目标，开展原油电场改性国际前沿研究，厘清宏观规律与微观机理，纠正国外同行错误，成果获国际认可，已被国家管网集团立项推进成果转化。

Biography of Professor Li Hong-ying: 

PhD from China University of Petroleum (Beijing) in 2002, currently serves as an associate professor and doctoral supervisor at the university. A member of the 9th Chinese Society of Rheology (CSR), and Secretary-General of the 10th CSR.

She has long been engaged in teaching and research in petroleum storage and transportation, with main focus on the rheology and transportation technology of waxy and highly viscous crude oil. She has an in-depth and comprehensive understanding of the characteristics and mechanisms governing the rheological properties of waxy crude oil, and has actively promoted the application of basic research results on waxy crude oil rheology in engineering practice.

She has presided over or participated in 6 projects funded by the National Natural Science Foundation of China and more than 50 research projects commissioned by major central enterprises such as CNPC, Sinopec, and PipeChina. She has published over 100 academic papers and supervised more than 50 master's graduates. His academic achievements have earned him the China Rheology Youth Award, 3 provincial/ministerial first-class awards, and 2 provincial/ministerial second-class awards.

五篇代表作/Selected Publications

[1]. Li Hongying，Zhang Jinjun*. A generalized model for predicting non-Newtonian viscosity of waxy crudes as a function of temperature and precipitated wax. Fuel, 2003, 82(11): 1387-1397.

[2]. Li Hongying *, Zhang Jinjun, Song Chaofan, Sun Guangyu. The influence of the heating temperature on the yield stress and pour point of waxy crude oils. Journal of Petroleum Science and Engineering. 2015, 135(11): 476–483.

[3]. Huang Qian, Li Hongying*, Xie Yiwei, et al. Electrorheological behaviors of waxy crude oil gel. Journal of Rheology, 2021,65(2): 103-112.

[4]. Zhang Chaoyue, Li Hongying *, Wang Yu, et al. An energy perspective on the mechanism of crude oil electrorheological effect. Physics of Fluids, 2024, 36(4): 4310.

[5]. Xie Yiwei, Li Hongying *, Wang Yu, et al. Rheology and electrorheological effects of waxy oils with different carbon number distribution. Fuel, 2024,375: 132680.