Rheology Lab Information

Country
Sweden
University
RISE Research Institutes of Sweden
Institution
Product Development, Gothenburg
Rheometers
Shear Rheometery
  • ARES G2, TA Instruments
  • HR30, TA Instruments, incl Reomicroscope, HR cell, oven, Peltier heating
Extensional Rheometery
  • Hyperbolic Contraction Flow for extensional viscosity
Dynamic Mechanical Thermal Analysis
  • DMA RSA-II, Rheometrics, -80-600C
  • HR30 torsion, TA Instruments-80-600C, RH 5-95% in 5-120C
In-line instruments
  • Incipientus ILR
  • Met-Flow UVP
Industrial viscometers: Brookfield, Brabender Amylograph, Bostwick e.t.c.

Capillary Rheometry
  • Netzsch Rosand RH10, with haul-off
  • At RISE Fibre Development, Mölndal
Accessories
  • Temperature control, -100°C - 600°C
  • Humidity controll, 5-95%RH for 5-120°C
  • Microscope with counter rotating plates
  • Permeable plate rheometry
  • Systemic Rheology (Vane and Helical)
  • Mixers and extruder for melts and dough (Brabender, Reomixer, Z-mixer, Collin)
Information Links
Rheology at RISE
Incipientus (In-line rheology)
Contacts
Prof. Mats Stading
Dr Johanna Andersson
Dr Astrid Ahlinder
Dr Max Anderhell, for capillary rheometry
Last Updated By
mats.stading@ri.se
Last Updated
5/3/2024 11:40:25 AM

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  HIGHLIGHTS
NRC-MTDM Invited speaker: Norman J Wagner
Norman J. Wagner’s research focuses on the rheology and microstructure of complex fluids, combining rheology with advanced scattering techniques to uncover structure - property relationships in colloidal suspensions and soft materials. He is a member of the U.S. National Academy of Engineering, recipient of the 2014 Bingham Medal of the Society of Rheology, and former President of the Society of Rheology, among other honours. He is currently the Robert L. Pigford Chair and Professor of Chemical and Biomolecular Engineering at the University of Delaware.
Prof. Wagner’s plenary lecture will focus on Microstructure and Rheology of Thermoreversible Colloidal Gels by 4D Rheo-SANS, exploring how combined rheology and neutron scattering reveal the microstructural dynamics of colloidal gels under flow. Read more about the conference at the NRC-MTDM web site.
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