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27 days ago
Vesuvius is seeking to appoint one high-calibre Early Stage Researcher (ESR) to join the Marie Skłodowska-Curie Innovative Training Network - European Industrial Doctorate RE-FRACTURE2 'Modelling and optimal design of refractories for high temperature industrial applications for a low carbon society'.
Vesuvius Group is a global leader in the supply of specialized refractory products and packaged technology solutions to the steel making, foundry and glass industries, employing more than 12,000 people in 90 different countries. Vesuvius develops and produces highly specialized Flow Control Systems packages which contain advanced refractories and devices for the controlled casting of liquid steel mainly for the process of continuous casting in steel plants. R&D activities at Vesuvius Ghlin site include fundamental research in refractory material characterization on thermomechanical behaviour and material modelling by finite element analysis, in addition to continuous research to advance the state-of-the-art in flow control equipment and technology. These activities support the essential contribution of Vesuvius towards realizing the targets of the steel industry to produce high quality steel at the lowest possible energy consumption, hence reducing CO2 emission and production cost.
In parallel to the experimental activity of ESR1, the PhD student will be taught elasto-visco-plasticity theory and thermomechanics for solids subject to large strain, so that he will be able to develop a new constitutive model for the simulation of the behaviour of ceramic materials subject to high temperature. Model features will be tailored using data from the experiments developed by ESR1, with particular attention given to the coupling effects involving elastic and plastic deformation and thermal laws. Cyclic behaviour and possibly wave propagation will be considered in the model.
Expected Results :
- Formulation of the thermo-visco-elastic material model for ceramic materials;
- Formulation of the rate-independent micro-mechanical constitutive model at high temperature;
- Formulation of the rate-dependent thermoplastic constitutive model for refractories.
The successful candidate will be a team player, prepared to work closely with the Project’s senior staff and other ESRs. The successful candidate will receive a prestigious fellowship and will benefit from a wide-ranging training program and activities.
Duties & Responsibilities :
You’re interested and you think you fit the profile? Before applying, please read all the information on the following link: MSCA-ITN PhD Student: Rate-dependent constitutive modelling of heat resisting materials | EURAXESS (europa.eu)
Fixed-Term – 36 months: from 1st November 2021 to 31st October 2024