专委会委员个人简介——袁学锋

英国曼彻斯特大学理学博士、英国物理学会FELLOW (FInstP)和皇家化学学会FELLOW (FRSC)，中国力学学会、化学会、流变学专业委员会主任委员，国际流变学学会中国代表，中国力学学会理事，中国空气动力学学会物理气体专业委员会委员。从事理论、高性能计算、实验流变学研究工作四十余年。在复杂流体非平衡动力学领域，他提出了一种热力学一致的模型，用于研究相变动力学与黏弹性流体流动强耦合产生的独特物理现象[1]；开发了多种创新的数值算法来模拟黏弹流体流动[2]，并构建了一个将各类数值方法完全整合到多尺度计算流变学平台的框架[3]，近期致力于开展湍流减阻和弹性湍流的大规模并行计算和AI流变学研究[4]；发明面向复杂流体流变和微观结构原位表征的流变芯片[5,6]。旅英二十七年后于2013年全职回国效力，担任广州国家超级计算中心创始主任、广州市公益性事业单位独立法人，负责运行“天河二号”超级计算机。该计算机在2013至2016年间连续六次蝉联全球最快超级计算机称号。此后他创立了广州大学系统流变学研究所，并担任二级教授直至2023年7月退休。他回国后主持科技部科技创新2030 — “新一代人工智能”重大专项“人机协同智能操作系统”--“作业环境仿真器与数字孪生平台”课题及国家、省、市各类科研项目十五项。牵头组织国内优势高校成功申报2027年第二十届国际流变学大会（ICR2027）的举办权。

Biography of Professor YUAN Xue-Feng:

PhD from the University of Manchester 1989, UK, a Chartered Physicist, a Fellow of the Institute of Physics (FInstP) and a Fellow of Royal Society Chemistry (FRSC). Professor YUAN is the President, Chinese Society of Rheology (CSR), the Chinese Delegate of the International Committee on Rheology (ICR), a council member of the Chinese Society of Theoretical and Applied Mechanics, and a member of the Physical Gases Committee, the Chinese Society of Aerodynamics. He has more than 40 years research experience in theoretical, computational and experimental rheology of complex fluids. In the area of non-equilibrium dynamics of complex fluids, he proposed a thermodynamics-consistent model to study intriguing physical phenomena originated from strong coupling between dynamics of phase transitions and viscoelastic fluid flow[1]; proposed various novel numerical strategies for modelling viscoelastic fluid flows[2] and developed a framework for fully integrating various numerical methods into a multiple scale computational rheology platform[3] with recent interests on large scale parallel computing of turbulence drag reduction and elastic turbulence[4]; he invented a rheo-chip technology for in-situ rheological characterization of complex fluids and their microstructures[5,6]. After 27 years abroad in UK, he returned to China and served in full time as the founding director of the National Supercomputing Center in Guangzhou for running “Tianhe-2” supercomputer, which was ranked the world fastest supercomputer six times successively from 2013 to 2016. He then founded Institute for Systems Rheology at Guangzhou University, holding a professorship until his retirement in July 2023. In China, he has led 15 research projects including the "Human-Machine Collaborative Intelligent Operating System" and "Operational Environment Simulator with Digital Twin Platform" funded through the Innovation 2030: the Next-Generation Artificial Intelligence Initiative from the Ministry of Science and Technology, China, along with various national, provincial, and municipal scientific research programs. He led the successful bid for hosting the 20th International Conference on Rheology in 2027 (ICR2027) in Guangzhou, China.

五篇代表作/Selected Publications

[1] X-F. Yuan, L. Jupp. Interplay of flow-induced phase separations and rheological behavior of complex fluids in shear banding flow[J]. Europhysics Letters, 2002, 60(5): 691.

[2] X-F. Yuan, R.C. Ball, S.F. Edwards. A new approach to modelling viscoelastic fluid flows[J]. J. Non-Newtonian Fluid Mechanics. 1993, 46, 331.

[3] S. Zou, X-F. Yuan, X. Yang, W. Yi and X. Xu. An integrated lattice Boltzmann and finite volume method for the simulation of nonlinear viscoelastic fluid flows”, J. Non-Newtonian Fluid Mechanics, 211, 99-113 (2014); W Yang, W. Yi, X Ren, L. Xu, X. Xu and X-F. Yuan, “Toward large scale parallel computer simulation of viscoelastic fluid flow: a study of benchmark flow problems[J]. J. Non-Newtonian Fluid Mechanics, 2015, 222, 82-95.

[4] Y. Jiang, Y. Liang, X-F. Yuan, Super-resolution reconstruction of turbulence for Newtonian and viscoelastic fluids with a physical constraint[J]. Physics of Fluids,2024, 36, 103114.

[5] A. Lanzaro, X-F. Yuan, “Effects of the contraction ratio on non-linear dynamics of semi-dilute highly polydisperse PAAm solutions in microfluidics[J]. J. Non-Newtonian Fluid Mechanics, 2011, 166, 1064-1075.

[6] X-F. Yuan. Rheometry Apparatu[P]. Patent Application No. 1013044.1 (2010), PCT/GB2011/051476 (2011) and WO2012/017246 A2 (2012).