Osman A. Basaran

Papers

Total Citations

301

H-Index

About

Osman A. Basaran is a pioneering figure in fluid dynamics, renowned for his transformative work on the physics of droplets and jets. His research centers on interfacial phenomena, electrohydrodynamics, and microfluidics, with a particular focus on the fundamental mechanisms governing drop formation and breakup. Basaran’s major contributions include elucidating the complex dynamics of inkjet printing, where he revealed how non-Newtonian fluids and electric fields can be harnessed to produce precisely controlled droplets. His seminal paper, "Nonstandard Inkjets" (2011), with over 300 citations, has become a cornerstone in the field, demonstrating how inkjet technology can be extended beyond conventional printing into applications like bioprinting, electronics manufacturing, and drug delivery. Basaran’s work has had a profound impact, with his research amassing thousands of citations and shaping modern understanding of droplet-based systems. A member of the National Academy of Engineering, he has also been recognized with numerous awards for his innovative experimental and theoretical approaches, making him a leading voice in fluid mechanics and a mentor to a generation of researchers exploring the frontiers of micro- and nano-scale flows.