The Mechanics and Physics of high rate deformation and fracture is the central and historical research theme of the Dynamic Fracture Laboratory (DFL). The DFL was started within the Materials Mechanics Center in 1994 by D. Rittel, to address specific issues in dynamic fracture mechanics and stress wave physics through a combined experimental-numerical approach.

Since then, the Dynamic Fracture Laboratory has been actively developing new tools and techniques to address these issues, while expanding its activity to other related and exciting new domains, such as soft matter mechanics and dental biomechanics, or dental engineering. Throughout our research, we never lose sight of the governing physics of the processes that we characterize and model.


Arrow Left
Arrow Right


S. Chen, D. Rittel, D. Weihs "Hypervelocity Impacts on Hollow Cylindrical Targets"
Tamas Rev, Tzachi Nachman, Ilya Kap, Ofir Shor, Noam Shemesh, David Mollenhauer, Daniel Rittel "Architecture effects for mode I trans-laminar fracture in over-height compact tension tests: Damage propagation and fracture response"
B. Varfman, D. Rittel "Shock energy attenuation of liquid aqueous methylcellulose hydrogels"
The load needed to detach a grape
Ballistic Perforation
Ultrafast ceramic fracture