Purpose and goal: The main objective is to develop a methodology utilizing imaging SAXS/WAXS for processed induced layered morphology characterization through the thickness of injection moulded polymer sheets.
Expected results and effects: An important outcome from this project is to identify what relevant data to extract from the huge amount of data obtained during an imaging SAXS/WAXS synchrotron experiment, how to extract the data and report the data. Such a methodology would enable Tetra Pak® as a company to conduct imaging SAXS/WAXS experiments in synchrotron facilities more frequently. The desired future state for Tetra Pak® would be to control the final functionality of injection moulded details by optimising design and process settings in any polymer material given by an environmentally sustainable future.
Approach and implementation: The project is planned to be carried out in five consecutive project activities. First, sample preparation by injection moulding and microtome. Thereafter, planning for and performing imaging SAXS/WAXS experiments at SLS, followed by extensive data processing, evaluation, and analysis. As a separate activity, replicate the injection moulding process in a virtual environment. Finally, the results will be disseminated internally at Tetra Pak in cross company networks to demonstrate feasibility and usability of scattering techniques. Publications in scientific journals.
Assistant Professor at Chalmers, Physics, Condensed Matter Physics
Funding Chalmers participation during 2019–2020