J.M. Burgerscentrum - Research School for Fluid Mechanics

Update Organisation Data

People

Management	Prof.dr.ir. G. Ooms

Current research

(the most recent research is at the top)
Collaboration	Stability of confined water layers in hydrophobic nanochannels
Collaboration	Engineering the morphology of organic (semi)-conductor layers
Collaboration	Experimental and computational study of dense gas fluidized beds with liquid injection
Collaboration	Ultrasonic cleaning of root canals - Endodontic therapy through microstreaming and cavitation
Collaboration	DNS of particle-laden turbulent flow in a rotating pipe

All current research..

Completed research

(the most recent research is at the top)
Collaboration	Direct Numerical Simulations of Hydrodynamics and Mass Transfer in Dense Bubbly Flows
Collaboration	Super- and Transcritical Fluid Expansions for Next-Generation Energy Conversion Systems
Collaboration	Optimization of particle size distribution to improve fluidized bed hydrodynamics
Collaboration	Toward a reliable model for industrial gas-fluidized bed reactors with polydisperse particles
Collaboration	Sand in short supply. Modelling of bedforms, roughness and sediment transport in rivers under supply-limited conditions

All completed research..

Classification

C60000	Nanotechnology
D12700	Gases, fluid dynamics, plasma physics
D14210	Technical mechanics