Ilia Roisman

apl Professor

Technische Universität Darmstadt

Germany

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Ilia Roisman is an Assistant Professor at Technische Universität Darmstadt in Germany. His research focuses on fluid dynamics, particularly the impact dynamics of droplets on various surfaces and the behavior of microemulsions. Recent work includes investigations into the effects of wettability and nanoparticles on droplet behavior, as well as studies of droplet impact phenomena under varying conditions.

Ilia Roisman

Research Interests

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Articles (20)

Nanoparticles do not influence droplet break-up, spreading, or splashing

Dewetting Fingering Instability in Capillary Suspensions: Role of Particles and Liquid Bridges

Impact dynamics and maximum spreading of water droplets on cold surfaces with different wettabilities

Elucidating on the drop impact dynamics of water-in-oil microemulsions via advanced rheometry

Minimal addition of fumed nanoparticles suppresses droplet splashing

Study of Supercooled Water Drop Impact on Icephobic Gradient Polymer Coatings

Drop impact onto a moving substrate: Aerodynamic rebound

Enhancement of interfacial instabilities by solid particles during fast stretching of a liquid suspension bridge

Spreading of a viscous drop after impact onto a spherical target

Experimental investigation of the accretion and shedding process on a heatable NACA0012 airfoil in ice crystal icing conditions

Modelling of drop and spray impact in the transitional boiling regime

Experimental investigation of a supersonic close-coupled atomizer employing the phase Doppler measurement technique

Melting of fractal snowflakes: Experiments and modeling

Drop impact onto a substrate wetted by another liquid: corona detachment from the wall film

Impact of a suspension drop onto a hot substrate: diminution of splash and prevention of film boiling

Wall impact of mushy frozen water drops

Forced flows in liquid bridges

Geometric descriptors for the prediction of snowflake drag

Ice Crystal Drag Model Extension to Snowflakes: Experimental and Numerical Investigations

Drop Impact onto a Substrate Wetted by Another Liquid: Flow in the Wall Film

Collaborators (5)

Pierre Trontin

Erin Koos

Markus Schremb

J. Hussong

Cameron Tropea

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