Wednesday May 21

8.30 FRS Information

Conferense room Tunnbindaren.

08.45 Session 5: Paper microstructures I

• Zahra Baneen, KTH Royal Institute of Technology: Methodology Development and Classification of Micro- to Nanoscale Components in Pulp.
• Julien Clauzon, UGA, CNRS, Grenoble INP, LGP2, 3SR: Towards Improving X-ray Microtomography 3D Image Analysis of Fiber Bonds.
• Thomas Harter, Graz University of Technology: Investigating the Internal Structure of Porous Cellulose Networks Using Micro-CT and the SNOW algorithm.

10.00 Coffee Break

Time for networking.

10.30 Session 6: Compression

• Cédric Brunk, Institute for Production Engineering and Formingm, Wrinkling in deep-drawing of paper: Analysis of compressive strength and local grammage.
• Douglas Coffin, Miami University: On the contribution of buckling to the. Compressive strength of paper-based structures.
• Jukka Ketoja, VTT Technical Research Centre of Finland Ltd: Energy absorption in compression of low-density fibre material.
• Kateryna Liubytska, Mid Sweden University: Exploring compression failure modes for characterizing cellulose-based materials.

12.10 Lunch

At the venue.

13.15 Session 7

Track A: Conference Room Tunnbindaren

Multi-phase flow and swelling II

• Samuel Brown, The University of British Columbia: Edge wicking in a thin deformable material.
• Maximilian Fuchs, Graz University of Technology: Illuminating the Long-Term Behavior of Swelling Paper: Dual Insights from µCT and Optical Microscopy.
• Vinicius Lobosco, PaperPlat AB: Estimating Schopper-Riegler in Pulp Blends Using a Mixture Rule.
• Johannes Lunewski, Modellfabrik Papier gGmbH: Numerical Simulation of Multiphase Flows in Porous Media: Application to Multi-Cylinder Drying of a Paper Web.

Track B: Conference Room Hattmakaren

Gas Barrier Properties 

• Torbjörn Wahlström, Stora Enso: Conversion Between Air Permeance and Oxygen - Transmission Rate for Tracking Barrier Development in Fiber-Based Materials.
• Karin Zojer, Graz University of Technology: Impact of local structure variations on air flow through paper sheets.

Printing

• Emanuele D'Allestro, KTH Royal Institue of Technology: The relative Importance of the Factors Contributing to Structural Curl of Thin, Freely Dried Paper Sheets.
• Øyvind Weiby Gregersen, NTNU: HSWO fluting mechanism and printing trials.

15.00 Coffee Break

Time for networking.

15.30 Session 8 

Track A: Conference Room Tunnbindaren

Dry forming

• Endri Laçaj, Lund University: Insights on the dry forming of cellulose through in-situ x-ray tomography.
• Maximilian Loist, TUD Dresden University of Technology, Investigations on the Mechanical Behavior of Dry Fibers and Semi-Dry Made Paper.
• Steffen Flaischlen, Modellfabrik Papier gGmbH: CFD-Simulation of Dry Fiber Transport an Web Formation.
   

Track B: Conference Room Hattmakaren

Paper microstructures II

• Bin Chen, KTH Royal Institute of Technology: Geometrical method for generating 3D microstructure models of high-density wood fiber networks.
• Sahel Ganji, Lund University: Multiscale Characterization of Paperboard Structure and Deformation via Scanning-SWAXS and X-ray Tomography.
• Greta Kloppenburg, University of Wuppertal: Building a digital twin of the paper microstructure.

16.50 Committee meeting

The meeting lasts approximately 1 hour. Conference room Hattmakaren.

19.00 Pre-dinner mingle

Sundsvall City Hall.

19.30 Conference dinner

Dinner at Sundsvall City Hall.