报告主题：Advanced BioMaterials and Bio-Interfaces（先进生物材料与生物界面）
报告时间：2026年6月9日（星期二）14:30-16:30
报告地点：机械大楼619会议室
报告专家：Assoc. Prof. Yunhong Jiang
专家简介：姜云鸿副教授主要从事先进生物材料、生物界面及功能纳米材料等领域的研究，重点围绕纳米材料基础科学问题与应用技术创新开展系统研究。其主要研究方向包括功能纳米颗粒的合成与表征、新型先进纳米复合金属材料的加工-结构-性能关系、高效功能性金属纳米材料的多孔结构构筑与表面改性、基于高分子自组装的纳米生物催化，以及基于生物技术改性的大分子多功能金属材料在医疗与建筑等领域的应用。近年来，其研究进一步拓展至生物制造（Biofabrication）与生物界面（Bio-interfaces）设计等前沿方向，重点关注纳米/超纳米结构与材料力学性能之间的内在联系及其应用机制。姜云鸿副教授主持或参与完成欧盟及英国工程和物理科学研究委员会等科研项目8项，发表SCI收录论文70篇，出版专著5部，论文被引用5000余次。曾担任国际学术会议主席及分会主席10次，作国际会议报告16次，担任国际期刊审稿人80余次，获得国家级荣誉及资质4项。在人才培养方面，为本科生讲授课程3门，累计选课182人次，培养博士研究生3人、硕士研究生3人。现任Coatings和Biofunctional Materials期刊编委，英国皇家化学学会成员、英国生物学会成员，并长期担任Applied Catalysis B: Environmental、Colloids and Surfaces B: Biointerfaces、Composites Part A: Applied Science and Manufacturing、New Journal of Chemistry、Science of the Total Environment、Carbohydrate Polymers等国际学术期刊审稿人，多次被相关期刊评为年度优秀审稿人。
Associate Professor Yunhong Jiang is mainly engaged in research on advanced biomaterials, bio-interfaces, and functional nanomaterials, with a focus on fundamental studies of nanomaterials and innovations in applied technologies. His main research interests include the synthesis and characterization of functional nanoparticles, processing–structure–property relationships of advanced nanocomposite metallic materials, porous structures and surface modification of highly functional metallic nanomaterials, polymer self-assembly-based nanobiocatalysis, and biotechnology-modified macromolecular multifunctional metallic materials for applications in medical and construction fields. His recent research has further expanded to the design and application of biofabrication and bio-interfaces, with particular emphasis on the intrinsic relationship between nano/sub-nano structures and the mechanical properties of materials.Associate Professor Yunhong Jiang has completed eight research projects funded by the European Union, the UK Engineering and Physical Sciences Research Council, and other organizations. He has published 70 SCI-indexed papers, authored or co-authored five monographs, and received more than 5,000 citations. He has served as chair or session chair of international academic conferences ten times, delivered 16 presentations at international conferences, and acted as a reviewer for international journals more than 80 times. He has received four national honors and qualifications. In teaching and supervision, he has delivered three undergraduate courses with a total enrollment of 182 students, and has supervised three doctoral students and three master’s students. He currently serves as an editorial board member of Coatings and Biofunctional Materials, and is a member of the Royal Society of Chemistry and the Royal Society of Biology. He has also served as a reviewer for international journals including Applied Catalysis B: Environmental, Colloids and Surfaces B: Biointerfaces, Composites Part A: Applied Science and Manufacturing, New Journal of Chemistry, Science of the Total Environment, and Carbohydrate Polymers, and has been recognized as an outstanding reviewer by several journals.
报告简介：本报告将简要介绍先进生物材料与生物界面领域的主要研究进展及相关应用方向。报告内容将围绕功能纳米材料、纳米复合金属材料、多孔功能材料、表面改性技术、高分子自组装纳米生物催化体系，以及生物技术改性大分子多功能金属材料等方面展开。报告还将重点介绍生物制造与生物界面设计领域的最新研究进展，分析纳米/超纳米结构对材料力学性能、生物功能及界面行为的影响机制。通过典型研究案例，展示先进生物材料在医疗、建筑及相关工程领域中的潜在应用价值，为功能材料设计、生物界面调控及跨学科应用研究提供参考。
The presentation will briefly introduce the major research progress and application directions in the fields of advanced biomaterials and bio-interfaces. The presentation will cover functional nanomaterials, nanocomposite metallic materials, porous functional materials, surface modification technologies, polymer self-assembly-based nanobiocatalytic systems, and biotechnology-modified macromolecular multifunctional metallic materials. Recent advances in biofabrication and bio-interface design will also be discussed, with a focus on the influence of nano/sub-nano structures on mechanical properties, biological functions, and interfacial behaviors of materials. Through representative research examples, the presentation will demonstrate the potential applications of advanced biomaterials in medical, construction, and related engineering fields, providing useful insights into functional material design, bio-interface regulation, and interdisciplinary application research.
