RISE

Defence of doctoral thesis: Cecilia Rydefalk – Structural and mechanical aspects in the print nip and their effect on the ink transfer in flexographic packaging printing

KTH | RISE The defence is taking place at F3, KTH and is possible to follow online.  Opponent: Professor Ramin Farnood, University of Toronto Supervisor: Professor Artem Kulachenko, KTH,  Anton Hagman, RISE Research Institutes of Sweden and Sofia Thorman, RISE Research Institutes of Sweden Follow the defense on zoom here Abstract: Flexographic packaging printing on paperboard […]

Defence of doctoral thesis: Cecilia Rydefalk – Structural and mechanical aspects in the print nip and their effect on the ink transfer in flexographic packaging printing Read More »

Defence of doctoral thesis: Gustav Marin – Impact of paperboard deformation and damage mechanisms on packaging performance

KTH | RISE The defense is taking place at room F3, KTH campus and online via Zoom. Opponent: Professor Tomasz Garbowski, Poznan University of Life Sciences, Polen Supervisors: Professor Sören Östlund, KTH, Docent Mikael Nygårds, Billerud/KTH  Follow the defense on zoom here Abstract: Paper-based materials, such as paperboard, are commonly used as packaging materials. In addition to the

Defence of doctoral thesis: Gustav Marin – Impact of paperboard deformation and damage mechanisms on packaging performance Read More »

Defence of doctoral thesis: Claudia Esteves – Pulp strength enhancement by oxygen delignification

KTH / RISE The defense is taking place at room F3, KTH campus, and online via Zoom. Opponent: Professor Christine Chirat, Grenoble INP – Pagora, UGA Supervisors: Dr. Elisabet Brännvall, Ingenjörspedagogik, KTH, Docent Olena Sevastyanova, KTH, and Professor Sören Östlund, KTH Follow the defense on zoom here Abstract: Oxygen delignification is widely used in the pulp

Defence of doctoral thesis: Claudia Esteves – Pulp strength enhancement by oxygen delignification Read More »

Defence of doctoral thesis: Andreas Bengtsson – Biobased carbon fibers from solution spun lignocellulosic precursors

KTH / RISE The defense is taking place at room F3, KTH campus, and online via Zoom. Opponent:Professor Johannes Ganster, Fraunhofer IAP Supervisors:Professor Monica Ek, KTH, Dr Maria Sedin, RISE, Docent Elisabet Brännvall, KTH, and Docent Elisabeth Sjöholm, KTH Follow the defense on zoom here Abstract: Carbon fibers (CFs) have excellent mechanical properties and a low

Defence of doctoral thesis: Andreas Bengtsson – Biobased carbon fibers from solution spun lignocellulosic precursors Read More »