The Challenge of Superhydrophobicity: Environmentally Facilitated Cassie–Wenzel Transitions and Structural Design
X Zhong, S **_to_inertial_regime/links/64d60f55b684851d3d9e8f67/Yield-stress-fluid-flows-in-superhydrophobic-channels-From-cree**-to-inertial-regime.pdf" data-clk="hl=sv&sa=T&oi=gga&ct=gga&cd=2&d=8877720640281030120&ei=3CS2Z9qCNZqU6rQP2sO2oQ8" data-clk-atid="6K0a2-L_M3sJ" target="_blank">[PDF] researchgate.net
Yield stress fluid flows in superhydrophobic channels: From cree** to inertial regime
In this work, inertial flows of a yield stress fluid in a channel equipped with a
superhydrophobic groovy wall are studied through numerical computations. Assuming an …
superhydrophobic groovy wall are studied through numerical computations. Assuming an …
Droplet jump-off force on a superhydrophobic surface
Droplet impact onto solid substrates is not only an interesting natural phenomenon, but also
has applications in various fields. Recent studies in the literature reported that following the …
has applications in various fields. Recent studies in the literature reported that following the …
Touchdown dynamics of a liquid droplet on a patterned substrate: A generalized lumped parameter-based model
Droplet dynamics post-im**ement on a solid surface is of immense technological
importance due to its applicability in self-cleaning, anti-frosting, anti-biofouling, anti-icing …
importance due to its applicability in self-cleaning, anti-frosting, anti-biofouling, anti-icing …
Characterization of droplet impact dynamics onto a stationary solid torus
The im**ement mechanism of a liquid droplet on a solid torus surface is demonstrated
using numerical simulations and an analytical approach. A computational model employing …
using numerical simulations and an analytical approach. A computational model employing …
Suppressing the pancake bouncing induced secondary contact on superhydrophobic surfaces via jet splash
L Liu, C Guo, R Yang, J Lu, S Liu - Applied Physics Letters, 2023 - pubs.aip.org
Pancake bouncing of water droplets on superhydrophobic surfaces has been extensively
studied, because the reduction in solid–liquid contact time shows great potential for self …
studied, because the reduction in solid–liquid contact time shows great potential for self …
Im**ement of ferrofluid droplets on superamphiphobic surfaces under magnetic fields
J Zhang, H Wei, Y **, B Li, W Niu, J Zang, W Lu… - Physics of …, 2023 - pubs.aip.org
Ferrofluids are novel functional materials that have extensively been exploited in fluid-based
management and control systems, and thus underlying the dynamic interactions between …
management and control systems, and thus underlying the dynamic interactions between …
Exploring mechanisms of asymmetric droplet impact dynamics on roughness gradient surface
K Chen, H Jia, F Yang, H Ren, F Wu, C Li - Physics of Fluids, 2024 - pubs.aip.org
Droplet impact on surfaces with varying roughness and wettability is a common
phenomenon in both natural and industrial environments. While previous studies have …
phenomenon in both natural and industrial environments. While previous studies have …
Bouncing dynamics of a droplet impacting onto a superhydrophobic surface with pillar arrays
A superhydrophobic surface (SHS) patterned with pillar arrays has been demonstrated to
achieve excellent water repellency and is highly effective for self-cleaning, anti-icing/frosting …
achieve excellent water repellency and is highly effective for self-cleaning, anti-icing/frosting …