Friction Reduction Effect Caused by Microcontact and Load Dispersion on the Moth‐Eye Structure
Kazuma Tsujioka,
Akari Koda,
Yuji Hirai
et al.
Abstract:Friction reduction is important from the viewpoint of energy problems and other issues. Frictional forces are known to vary depending on the material property, surface texture, and measurement scale. However, the effect of submicron‐sized moth‐eye structures prepared of robust plastic deformation materials on dry friction under high‐load conditions has not been investigated in detail. To investigate this, a copper moth‐eye structure is fabricated via electroforming for experimental measurements. Results from t… Show more
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