Job description

The position focuses on experimental and computational fracture mechanics. The experimental work involves developing new test geometries to study void nucleation under a wide range of stress states, using a combination of mechanical testing and advanced X-ray computed tomography (CT) in both interrupted and in situ test setups. Initial studies will be carried out using in-house microCT facilities and later extended to synchrotron experiments in collaboration with national and international partners. The experimental results will be used to develop improved models for void nucleation within continuum damage mechanics frameworks, suitable for implementation in finite element simulations of material failure. These models will be applied to study the ductile-to-brittle transition in HSLA steels.

Qualifications

Requirements