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

Fluid Mechanics

Gerrit Elsinga

Fluid Mechanics

Microfluidics, Low Reynold number flows

 

 

Remco Hartkamp

Process & Energy

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

Jerry Westerweel

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