Applications are invited for a PhD position to be held at the Department of Mechanical and Aeronautical Engineering of the University of Limerick (www.ul.ie). This studentship is for 3 years. The award includes a scholarship at the rate of EUR 1300/month and payment of University fees.
Background:
Nanoclay particles offer a cost effective reinforcement for thermoplastic polymers. The main challenge in exploiting these materials is optimisation of their morphology. This can potentially be achieved in a typical industrial forming process, through a careful optimisation of process parameters. Advanced computational modelling of such processes can be a useful tool in achieving that goal.
Research tasks:
The successful candidate will work on the development of advanced computational modelling of a highly-complex nonlinear behaviour of nanoclay-reinforced polymers subjected to mechanical loads at temperatures around glass transition. The ultimate objective of this research is to optimise process parameters (strain, strain rate, temperature) to enhance both mechanical and barrier properties of polymer nanocomposites. The research will address:
*implementation of the 3D polymer constitutive model into FE software ABAQUS,
*development of computational models reflecting 3D nanocomposite morphologies, and
Background:
Nanoclay particles offer a cost effective reinforcement for thermoplastic polymers. The main challenge in exploiting these materials is optimisation of their morphology. This can potentially be achieved in a typical industrial forming process, through a careful optimisation of process parameters. Advanced computational modelling of such processes can be a useful tool in achieving that goal.
Research tasks:
The successful candidate will work on the development of advanced computational modelling of a highly-complex nonlinear behaviour of nanoclay-reinforced polymers subjected to mechanical loads at temperatures around glass transition. The ultimate objective of this research is to optimise process parameters (strain, strain rate, temperature) to enhance both mechanical and barrier properties of polymer nanocomposites. The research will address:
*implementation of the 3D polymer constitutive model into FE software ABAQUS,
*development of computational models reflecting 3D nanocomposite morphologies, and
*development and implementation of a 3D multi-scale strategy to predict overall nanocomposite response.
Eligibility criteria and further information: Both EU and non-EU resident candidates will be considered. Candidates should hold a first or upper second class degree in engineering (or closely related discipline). They should have a strong background in solid mechanics and FEM, previous experience in programming (e.g. Fortran, Python), and interest in polymers.
Applications should include a personal statement (max. 800 words), CV, student transcript and the names and email addresses of two referees. Please direct all enquiries and applications to Dr. Lukasz Figiel by email: Lukasz.Figiel@ul.ie
The position is available immediately. Applications will be considered on a rolling basis until the post is filled.
Eligibility criteria and further information: Both EU and non-EU resident candidates will be considered. Candidates should hold a first or upper second class degree in engineering (or closely related discipline). They should have a strong background in solid mechanics and FEM, previous experience in programming (e.g. Fortran, Python), and interest in polymers.
Applications should include a personal statement (max. 800 words), CV, student transcript and the names and email addresses of two referees. Please direct all enquiries and applications to Dr. Lukasz Figiel by email: Lukasz.Figiel@ul.ie
The position is available immediately. Applications will be considered on a rolling basis until the post is filled.
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