Dynamic test with heterogeneity in stress and temperature for inverse identification of thermomechanical properties of materials at high strain rates (2020-2023)
Supervisors: Dr Bertrand Langrand (ONERA, France), Dr Thomas Fourest (ONERA, France), Prof. F. Pierron
Ms Filipa CUNHA (NOVA University, Portugal)
Enhancement of functionally graded material created by multi-feed wire and arc additive manufacturing using full-field identification methods (2021-2024)
Supervisors: Dr José Xavier and Dr Telmo Santos (NOVA University, Portugal), Prof. F. Pierron
Mr Amar PESHAVE (KU Leuven, Belgium)
Finite Element Model Updating for material properties and boundary conditions (2020-2023)
Supervisors: Prof. David Moëns and Prof. Dirk Vandepitte (KU Leuven, Belgium), Dr Pascal Lava and Prof. F. Pierron (MatchID N.V., Belgium)
Former members
Dr Sarah DREUILHE
Former PhD student, graduated in July 2017. Title of thesis: Development of novel inertial tests for the identification of non-linear material model parameters at high strain rates. Project funded by EOARD/AFOSR.
Dr Rian SEGHIR
Former Research fellow at the University of Southampton from Dec. 2015 to 2017
Now CNRS researcher (Chargé de Recherches) at the GeM laboratory, Ecole Centrale de Nantes, France
Focus: Development of a high power ultrasonic set up for the identification of the visco-elastic properties of rigid polymers at high stain rates
Former PhD student, graduated on Nov. 5th 2019. Title of thesis: Novel inertial tests for high strain rate through-thickness properties of laminated composites (2016-2019)
Now post-doctoral fellow at NIST, USA
Dr. Xavier REGAL
Former Research fellow at the University of Southampton, 2017-2020
Focus: Image-based ultrasonic shaking (IBUS) test (polymers, composites, glass)
Former PhD student, graduated on July 2nd 2021. Title of thesis: Image-based methods for the identification of in-plane composite moduli at high strain rates.
Dr Vinay SHEKAR
Former Research fellow at the University of Southampton, 2021
– 2022
Focus: High strain rate testing of structural adhesives using the IBII and IBUS tests.