Develop fundamental knowledge and tools on the behaviour of multiphase systems involved in the processes of building materials, and on the dynamics of liquids and suspensions used in wet coatings processes
This research axis investigated the properties of complex fluids, such as the dynamic of dry and wet granular materials, drying of thin films and polymer solutions, liquid crystals.
Our most recent activities in this area cover the following topics:
- Blending liquid with grains
- Mixing dry grains
- Marangoni effects during the drying of thin liquid films
- Drying of polymer solutions
- Topological defects within colored composite matrices comprised of LCs, polymer networks, and plasmonic nanoparticles
See also in «Research»
Advanced tools and characterization methods
Our activities are supported by advanced Raman spectroscopy, in-situ XPS, real-time characterization of sputtered materials, BRDF, AFM with hot plate, ...
Glass, surfaces and thin films
Glass and thin film surfaces, interfaces and nanostructures: understanding processes, physico-chemical interactions, multicomponent diffusion and microstructure towards the design of new materials and products with new functionalities.
Optical properties of structured surfaces
Optical properties of micro and nano-structured media (nanoparticles, thin films, patterned surfaces, heterogeneities): link between process parameters and morphological and optical properties of complex media. Laser induced heat propagation in thin film and substrates.
Mixing granular materials in 3D
