Research at the Impact and Shock Mechanics Group, University of Oxford

Our lab investigates fracture mechanics and damage evolution in advanced materials, with a particular emphasis on composite structures and adhesive joints. We study crack initiation, propagation, and failure mechanisms under diverse loading conditions, combining experimental methods with numerical simulations to uncover the behaviour of structural components across length scales. This includes tailored testing of bonded interfaces, and composite architectures - such as unidirectional (UD), multidirectional (MD), and woven systems - to support the reliable design and performance assessment of advanced engineering structures subjected to demanding conditions, including impact and crash scenarios. For inquiries and further details, please feel welcome to contact: Maria Lissner (Maria.lissner@eng.ox.ac.uk)

Our laboratory offers extensive experimental capabilities for characterizing material and structural behaviour under a wide range of loading conditions. These include quasi-static, high strain-rate, and impact testing, supported by advanced diagnostic techniques for measuring deformation, damage, and fracture evolution.

In parallel, we employ computational modelling and simulation to complement our experiments. Using finite element analysis and multiscale modelling, we investigate fracture processes, predict material response, and support the development high-performance structures.