activity
20162018
most citedUnraveling the Salvinia paradox: design principles for submerged superhydrophobicity

51 citations · 139 across the 5 of their papers we have counts for

collaborators

5 papers

cond-mat.stat-mech2018★ 14 cited

Activated wetting of nanostructured surfaces: reaction coordinates, finite size effects, and simulation pitfalls

Matteo Amabili, Simone Meloni, Alberto Giacomello +1

A liquid in contact with a textured surface can be found in two states, Wenzel and Cassie. In the Wenzel state the liquid completely wets the corrugations while in the Cassie state…

cond-mat.soft2017★ 23 cited

Collapse of superhydrophobicity on nanopillared surfaces

Matteo Amabili, Alberto Giacomello, Simone Meloni +1

The mechanism of the collapse of the superhydrophobic state is elucidated for submerged nanoscale textures forming a three-dimensional interconnected vapor domain. This key issue f…

cond-mat.mes-hall2017★ 18 cited

Intrusion and extrusion of a liquid on nanostructured surfaces

Matteo Amabili, Alberto Giacomello, Simone Meloni +1

Superhydrophobicity is connected to the presence of gas pockets within surface asperities. Upon increasing the pressure this "suspended" state may collapse, causing the complete we…

cond-mat.soft2016★ 33 cited

Wetting and cavitation pathways on nanodecorated surfaces

Matteo Amabili, Emanuele Lisi, Alberto Giacomello +1

In this contribution we study wetting and nucleation of vapor bubbles on nanodecorated surfaces via free energy molecular dynamics simulations. The results shed light on the stabil…

cond-mat.soft2016★ 51 cited

Unraveling the Salvinia paradox: design principles for submerged superhydrophobicity

Matteo Amabili, Alberto Giacomello, Simone Meloni +1

The complex structure of the Salvinia molesta is investigated via rare event molecular dynamics simulations. Results show that a hydrophilic/hydrophobic patterning together with a…