RESEARCH

Anti-icing

-Drop impact dynamics

-Superhydrophobicity for anti icing

-Surface texturing

-Ice accretion dynamics

Drop surface interaction

-Drop pool interaction

-Levitation drop for bio-medical application

-Lab on a chip

Complex fluids and Interfacial phenomenon

-Colloidal drop

-Surfactant

-Wetting dynamics

-Evaporation

-Superhydrophobicity

Fresh water technology

-Fog harvesting

-Desalination

-Energy efficient process

Role of retraction dynamics in bouncing to pinning transition during drop impact on cold superhydrophobic surfacesA deeper understanding of the post-impact phenomenology of droplets on cold surfaces is crucial for comprehending and developing anti-icing surfaces for various

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Solutal Marangoni augmented levitation time of an aqueous surfactant drop over an immiscible oil pool

Post-impact lamella evolution of drop impact on superhydrophobic cylindrical surfaces at high Weber number

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