Impact Phenomena in Liquid Interfacial Systems Across Spatiotemporal Scales

Explore impact phenomena across various spatiotemporal scales in liquid interfacial systems through this comprehensive seminar. Delve into research spanning from medical diagnostics to drop impacts on solids and immiscible liquids, utilizing high-fidelity experiments and theoretical modeling. Examine noninvasive ocular diagnostics and their potential for droplet generation and pathogen transmission. Investigate drop impact problems on solids, bio-inspired substrates, and immiscible liquid pools at low to moderate impact energies. Learn about air layer dynamics beneath impacting drops using high-speed reflection interferometry and linear stability analysis. Discover the formation of air craters on impacting droplets during immiscible liquid impacts and understand the role of viscous drag force. Gain insights into the representation of penetrating drops as constrained Rayleigh drop problems with dynamic contact lines.

Impact Phenomena in liquid Interfacial Systems Across Spatiotemporal Scales by Durbar Roy