Dr. Sofía Angriman

Sofía is working on unraveling the mysteries of melting and dissolution in turbulence using state-of-the-art simulations.

 

Dr. Subhani Shaik

Subhani is working on collective effects of particles in highly turbulent flows.

 

Dr. Quentin Kriaa

Quentin is working on melting of ice on large scales

 

Luuk Blaauw Msc.

Luuk is working on high-Reynolds number drag reduction using bubbles in non-ideal conditions in our Twente Taylor–Couette facility. Luuk worked with us before on Lagrangian particle tracking in Taylor–Couette flow during his master.

 

Mees Flapper Msc.

Mees is working on the fascinating problem of chiral particles in turbulence. Can fundamental properties of the flow be changed by the addition of 'smart' particles?

 

Tomás Joaquín Ferreyra Hauchar Msc.

Tomás is working on unraveling the mysteries of melting and dissolution of surfaces in turbulence.

 

Edoardo Bellincioni Msc.

Edoardo is working on unraveling the mysteries of melting and dissolution of particles in Lagrangian turbulence.

 

Tolga Emir Msc.

Tolga is working on local temperature measurements in melting problems

 

Swen van den Heuvel Msc.

Swen is working on turbulent flows with melting

 

Simen Bootsma Msc.

Simen will be working on the classical Stefan problem of melting and dissolving.

 

Pim Waasdorp (PhD student)

Pim worked on the heat, mass, and energy transfer in turbulent bubbly flows including salt in our Twente Heat & Mass transfer Tunnel facility and on the topic of melting.

 

Simen Bootsma (Master student)

Simen worked on the classical Stefan problem of melting and dissolving.

 

Bas Onck (Bachelor student)

Bas worked on the dissolution process of sugar in water

 

Hannah Brugge (Master student)

Hannah worked on the classical Stefan problem of melting and dissolving.

 

Maarten Feil (Bachelor student)

Maarten worked on characterizing our dodecahedron setup

 

Thijs van den Ham (Bachelor student)

Thijs worked on the classical Stefan problem of melting and found the shape with slowers melting rate using numerical approaches.

 

Yoan Lee (PhD student)

Yoan worked on multicomponent multiphase jets of ouzo-mixtures.

 

Giorgio Santanatoglia (Intern)

Giorgio worked on the classical Stefan problem of melting and dissolving.

 

Aron van den Bogaard (Master student)

Aron worked on the classical Stefan problem of melting and dissolving.

 

Dr. Morgan Li (PostDoc)

Morgan worked on evaporation dynamics of droplets in homogeneous isotropic turbulent air flow in our new isotropic turbulence facility.

 

Elian Bernard (Intern)

Elian was working on the dynamics of settling chiral particles.

 

Bo Soolsma (Master student)

Bo was working on the detailed dynamics of heat fluxes in turbulent bubbly flow in our Twente Heat & Mass transfer Tunnel facility.

 

Peter Dung (PhD student)

Peter was working on the dynamics and effects of bubbles on the thermal transport and the flow statistics in turbulent bubbly flow in our Twente Heat & Mass transfer Tunnel facility.

 

Simen Bootsma (Bachelor student)

Simen worked, together with Yoan, on the effect of neutrally buoyant particles on the multiple states in turbulent Taylor–Couette flow. His work involved torque measurements and laser diagnostics.

 

Dave Kemper (Master student)

Dave worked on laser induced forward transfer for the purpose of 3D printing using lasers.

 

Pim Bullee (PhD student)

Pim worked on drag reduction in laminar and turbulent flows using membranes.

 

Luuk Blaauw (Master student)

Luuk worked on particle tracking in the Taylor–Couette geometry using 8 cameras! He continued as a PhD with us.

 

Jack Cheung (Intern)

Jack worked on our THMT tunnel together with Peter Dung.

 

Laura Guislain (Intern)

Laura looked at the dynamics and the geometry of Taylor vortices in turbulent Taylor–Couette flow using direct numerical simulations.

 

Remco van der Maat (Bachelor student)

Remco worked, together with Pim Bullee, on drag reduction in turbulent Taylor–Couette flow using membranes.

 

Emiel de Kok (Bachelor student)

Emiel worked, together with Jelle Will, on the translational and rotational dynamics of buoyant chiral particles freely rising in water.

 

Sander Bonestroo (Master student)

My namesake worked, together with Rodrigo Ezeta, on boiling turbulent Taylor–Couette flow with counter rotation.

 

Dennis Bakhuis (PhD student)

Dennis, our Python enthusiast, worked on bubbles, drops, and particles in turbulent Taylor–Couette flow.

 

Rodrigo Ezeta (PhD student)

Rodrigo taimed our turbulent boiling Taylor–Couette device to nucleate fluid while in rotation.

 

Biljana Gvozdić (PhD student)

Biljana worked on turbulent thermal transport and helped creating the Twente Heat and Mass transfer tunnel.

 

Bas Dijkhuis (Bachelor student)

Bas worked, together with Peter Dung, on heat transport in turbulent flows.

 

Dominic Tai (Intern)

Dominic, together with Dennis Bakhuis, looked stripey roughness in our Twente Turbulent Taylor–Couette.

 

Hein-Dirk Smit (Bachelor student)

Hein-Dirk, together with Peter Dung, helped characterize the turbulent flow of our newly created Twente Heat and Mass transfer Tunnel.

 

Ruben Verschoof (PhD student)

Among other fun projects, Ruben worked on bubbly drag reduction in the Taylor–Couette device using air cavities.

 

Paul van der Plas (Master student)

Paul worked, together with Varghese Mathai, on developing a large-volume scanning stereoscopic PIV system for 3D flow velocity measurements.

 

Jelle Slief (Bachelor student)

Jelle worked, together with Jelle Will, on the tracking of ellipsoidal particles in the water channel.

 

Kim Bruil (Bachelor student)

Kim worked, together with Jelle Will, on the tracking of ellipsoidal particles in the water channel.

 

Arne te Nijenhuis (Master student)

Arne worked, together with Ruben Verschoof, on periodically driven Taylor–Couette turbulence.

 

Raymond Kip (Bachelor student)

Raymond worked, together with Dennis Bakhuis, on oil-water emulsions in Taylor–Couette turbulence.