Theme: Flow

In the theme "Flow", we study (among others) Turbulence, Transport Phenomena, Micro- and Nanofluidics, Granular materials, Multiphase Flows, Interfaces, Cavitation, Biological Flows, and Complex Fluids.

Bendiks Jan Boersma

Energy Technology

René Delfos

Gerrit Elsinga

Fluid Mechanics

Microfluidics, Low Reynold number flows

 

 

solid-fluid interfaces, molecular dynamics simulation, transport properties, nanofluidics, electric double layers

Willem Haverkort

Energy Technology

Ruud Henkes

Fluid Mechanics

non-Newtonian fluids, multiphase flows, electrokinetic flows, fluidization and sedimentation, continuum modelling
particle-based modelling

Christian Poelma

Multiphase Systems

experimental multiphase flows, cavitation, flow measurement, cardiovascular flow, particle-fluid interaction

Dirk Roekaerts

Fluid Mechanics

Daniel Tam

Fluid Mechanics

turbulence, dispersed multi-phase flows, environmental flows, microfluidics, biological fluid mechanics, fluid mechanics of sports, experimental methods in fluid mechanics

Wim-Paul Breugem

Multiphase Systems

direct numerical simulations,

suspension flow