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

Research in computational mechanics focuses on developing numerical methods and computer simulations to study the behaviour of materials and structures under various physical conditions. It combines principles from mechanics, mathematics, and computer science to solve complex engineering problems efficiently and accurately. For inquiries and further details, please feel welcome to contact: Simone Falco (simone.falco@eng.ox.ac.uk)

Multi-Time Stepping Algorithm

• Method formulation and implementation
• Comparison against State-of-the-Art algorithms

Non-Matching Mesh Algorithms

• Method formulation and implementation
  
  

We research explosive and high-dynamic events using advanced simulations and controlled experiments. Numerical models capture shock waves, large deformations, and fragmentation, while experiments validate material response at high strain rates. This integrated approach improves predictive models and supports safer design and protective technologies.

 We conduct research in crystal plasticity modelling to understand the deformation and fracture mechanisms of materials at the microstructural level. By developing and applying crystal plasticity finite element methods (CPFEM), we investigate how microstructural features and crystallographic anisotropy influence material strength, damage, and failure.