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On the afternoon of July 18th, an online seminar hosted by Shanghai Science and Technology Exchange Center and organized by Ningbo CEEC (Budapest) Innovation Center, together with Zhejiang Saichuang Weilai Venture Capital Investment Management Co., Ltd was successfully held. The seminar featured Dr. Yahya Kara, a Postdoctoral Research Fellow from Physical Science and Engineering Division, and Dr. Tamás Csanádi from the Material Research Institute of the Slovak Academy of Sciences, presenting their remarkable academic research and project introductions.
The seminar gathered experts and entrepreneurs from Shanghai Institute of Ceramics, Shanghai Institute of Materials, Donghua University, Shanghai University, and CASTOMIZE (Singapore). Through both online and offline participation, the event fostered lively interactions and received enthusiastic feedback.
Dr. Yahya Kara's research focused on 3D printing technology, addressing technical challenges like unstable Z-axis strength, complex operation, and high costs. His innovative approach involved using the same nozzle for continuous nanometer/micrometer fiber generation and filament extrusion. This breakthrough allowed the production of ultra-thin fiber layers, enhancing Z-axis strength by 30% through cost-effective and straightforward modifications. The technology has already been patented and achieved Technology Readiness Level (TRL) 5.
Dr. Tamás Csanádi's research emphasized the deformation performance of high-entropy ultra-high-temperature ceramic (UHTC) grains and grain boundaries. His study involved various nano-mechanical testing methods such as nanoindentation, micropillar compression, and micro-cantilever bending. The research aimed to design new high-entropy UHTC materials with improved strength and toughness at the atomic scale.
Following the presentations, experts engaged in discussions on the innovative solutions and material purity. Both Dr. Kara and Dr. Csanádi received recognition and expressed interest in further cooperation.
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