Microstructured Surface for Controlled Wettability

This webinar is focused on the research and development of design and manufacturing of functional surfaces and materials with small 3D structures in the nanoscale and microscale range. Species from the biological world have many amazing functional surfaces with fine structures which we are trying to mimic for the development of better practical products. Such surface structures are utilized to enhance device performance by controlling the wettability of the surfaces in the products concern. Key features of functional surfaces with 3D structures include super water/oil repellency or draining, anti-icing, and anti-fouling. In this webinar, you will learn:

Microstructured Surface for Controlled Wettability
How to develop the Design & Manufacturing of functional Surface
Key features of functional surfaces with 3D structures which include super water/oil repellency or draining, etc.
Next generation of applications in which the functional surfaces are embedded

2021年 9月 30日 at 1上午 EDT / 7上午 CEST

专家

Dong Rip Kim, PhD

Associate Professor of School of Mechanical Engineering, Hanyang University, South Korea

Dong Rip Kim, PhD is an associate professor of mechanical engineering at Hanyang University, South Korea, who has garnered many achievements in the field of functional surface research based on small-scale features. His surface engineering research work is an interdisciplinary study in the fields of heat and mass transfer, fluid mechanics, manufacturing, and materials science. His studies include the design and manufacturing of functional surfaces with properties of fine 3D structures and functional materials for desired interaction and interfacial phenomena. His research led to the development of practical products that were useful in real-life applications as well as important references for the academic field. His work is recognized by leading academia and industries, and he has published more than 82 peer-reviewed journal papers and has won numerous awards for his outstanding research papers.

Microstructured Surface for Controlled Wettability

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