Philippe Bourrianne

PhD opening at ESPCI Paris in collaboration with Gulliver and PMMH for experimental research on the rheology of suspensions of particles with complex shape . The project studies how particle shape affects the flow properties of dense suspensions, with a focus on the link between microscopic particle organization and macroscopic rheological behavior. The research combines microfluidics , 3D nanoprinting , and rheological measurements , and is especially relevant to soft matter , fluid mechanics , materials science , and applications in construction materials such as concrete and cement-based systems. The PhD candidate will design suspensions of 2D particles with complex shapes in microfluidics, study flows in complex geometries, fabricate 3D particles using a 3D-nanoprinter, and investigate rheology using custom 2D experimental setups and conventional rheometry. The work aims to develop new design principles for more sustainable, easier-to-process low-carbon building materials. Eligibility highlights: the applicant should be interested in experiments, fluid mechanics, and soft matter. The position is a PhD opening and is expected to start before December 2026 . Funding is provided by the Région Île-de-France (DIM MaTerRE) . Applications should be sent by email to [email protected] and [email protected] . For more information, candidates may also contact Justine Laurent at [email protected] .