Kati Mielonen
Papers
2
Total Citations
32
H-Index
2
About
Kati Mielonen is a materials scientist specializing in the fabrication of hierarchically structured polymer surfaces, with a particular focus on superhydrophobic functionalities and advanced manufacturing techniques. Her research centers on developing micro- and nanostructured polypropylene surfaces through injection molding, a scalable method that enables the creation of complex, curved, and three-dimensional architectures. Mielonen’s major contributions include demonstrating the first successful fabrication of superhydrophobic hierarchical three-level structures—combining micro- and nanoscale features—on both planar and curved 3D polypropylene surfaces. Her 2016 paper on curved hierarchically micro–micro structured surfaces (17 citations) and her 2018 work on superhydrophobic three-level structures (15 citations) are foundational in advancing the field of polymer surface engineering. By integrating microworking robot microstructuring with anodization-based nanostructuring, she has opened new pathways for producing functional surfaces with tailored wettability, relevant to self-cleaning, anti-icing, and fluid control applications. Her work is particularly notable for addressing the challenge of applying hierarchical textures to non-planar geometries, bridging a critical gap between laboratory research and real-world product design. Mielonen’s research continues to influence sustainable manufacturing and biomimetic surface design.
Research Focus
Key Achievements
Top Papers
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