Low ice adhesion surfaces are a promising anti-icing strategy. However, experimentally
obtained ice adhesion strengths are so far not transferable or comparable, and they are very …

Many novel icephobic coatings have been shown to exhibit low adhesion strength to ice
grown at null or low velocity. Of these, few have been shown to also exhibit low adhesion …

Ice-building up on the leading edge of wings and other surfaces exposed to icing
atmospheric conditions can negatively influence the aerodynamic performances of aircrafts …

The icephobicity of a surface can be quantified by measuring how strongly ice adheres to it.
This simple statement implies rather complex tasks: creating artificial ice on a surface, and …

For developing high performance, low-energy ice protection systems, it is vital to understand
the icing physics at the interface of the ice and substrate. Macroscopic experiments have …

Unwanted icing can lead to dangerous situations for both daily life and infrastructure, and
deicing methods in use today are either inefficient or expensive. Passive anti‐icing surfaces …

In this work, we studied the wetting behavior of impinged and stagnant supercooled water
nanodroplet at the atomistic scale using molecular dynamics simulations. We show that …

The issue of ice accumulation at low-temperature circumstances causes multiple problems
and serious damages in many civil infrastructures which substantially influence human daily …

In the atmosphere in the height of 18000ft to 25000ft, there are some metastable droplets
called supercooled liquid water in the temperature range of 0◦ C to 40◦ C. When these …

Molecular dynamics simulations are conducted to investigate crystallization of water under
nanoscale confinements, and fracture of ice-substrate interfacial structures. It is found that …