Elucidating the complex rheological behavior of industrially relevant ceramic-based stereolithography pastes

We aim to understand the rheological behaviour of an industrially relevant ceramic-based stereolithography (SLA) photocurable resin. In-situ Rheo-USAXS experiments should permit to correlate structural changes of the colloidal paste with its various rheological regimes. A particular attention will be paid to the interruption of the shear-thinning at high shear-rate and the lack of structure recovery.