D. Rittel research interests lie in the field of Mechanics and Physics of material/structural failure, with emphasis on experimental characterization across the scales. While the quasi-static (slow) loading regime is of interest, the majority of D. Rittel’s work concerns impact physics and the associated thermomechanical coupling effects that give rise to unique dynamic failure mechanisms. The approach is usually of a hybrid type that involves iterating advanced numerical simulations and experimental work.
The first step is to understand the specific physics of the failure process of any material system (metallic, ceramic, soft matter, living matter…) in all of its aspects (mechanical and materials), so that this process can be modelled and controlled accordingly. The ultimate goal of D. Rittel’s work is the development of stronger materials and safer structures based on the knowledge of their failure mechanisms.