Prof. Lucas Filipe Silva学术报告会
发布时间:2026-06-04   阅读:53

题目:Bridging Research and Industry: New Developments in Joining Technologies

时间:2026年6月4日 10:00-11:30

地点:伟德国际1946 F210会议室

邀请人:马运五 副教授(薄板结构制造研究所)


Biography

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Lucas Filipe Silva is a a Full Professor in the University of Porto (Portugal), and Founder & Leader of the Advanced Joining Processes Unit. His research specializes in joining technologies, encompassing adhesion, welding, and joining by plastic deformation. Key achievements include developing fracture mechanics-based fatigue life prediction methods, machine learning-enabled weak adhesion detection, bio-based material joining solutions, and recyclable battery debonding technologies. He have led nearly 40 international/national research projects with an annual management budget of approximately 1 million euros, collaborated on 66 technical consulting projects with global enterprises such as Aston Martin, Bosch, and General Motors, transferred 15 patents, and launched industry-standard software tools including JointDesigner. 

With significant academic impact, He have published over 750 Scopus-indexed papers (more than 500 in Q1 journals), accumulating over 25,000 citations and an h-index of nearly 80. He is ranked among the top 0.05% of global researchers, listed in the World’s Top 2% Scientists. He authored/edited the highly cited Handbook of Adhesion Technology and serve as Editor-in-Chief of 7 academic journals (The Journal of Adhesion, Part L: Journal of Materials: Design and Applications). He have chaired 60 international conferences, acted as a consultant for organizations such as the EU ERC, Japan’s AIST, and NATO, and is also driven to improve pedagogical processes and created over 130 high-quality video lessons.


Abstract

Recent advances in joining technologies are closing the gap between fundamental research and industrial application, enabling stronger, lighter, and more reliable structures. This lecture highlights recent innovations in various joining technologies such as adhesive bonding, welding and plastic deformation that are applied in real-world manufacturing.