Overview
Applications are invited from Physical Scientists and Engineers for a PhD studentship, the studentship is a three year research programme, which will lead to a PhD degree. The studentship is only available to UK and EU passport holders.
The Materials Department has a leading global reputation for its research and is a principal partner in the Centre for Nuclear Engineering at Imperial College.
One EPSRC fully funded PhD studentship is available:
Finite Element Modelling of Pellet-Clad Mechanical Interactions in PWR Reactor Systems. The project will involve developing a model for zirconium cladding material, which can predict damage and crack growth induced by creep, irradiation and absorption of fission products and its interaction with uranium dioxide fuel pellets.
Amount awarded
The bursary awarded for this studentship is £15,290 per annum (tax free).
Prospective candidates are encouraged to visit the department's web site: www.imperial.ac.uk/materials for more information and to contact members of the academic staff working in fields of interest to them.
Duration of Studentship: 36 months
Starting from October 2010
Further information
Further information on all our research programmes, facilities, PhD projects and how to apply is available at: http://www3.imperial.ac.uk/materials/research/phdopportunities/projects
Applications will be processed when received, with the expectation that the studentship will be filled by 31 August 2010.
Please kindly mention Scholarization.blogspot.com when applying for this scholarship
Applications are invited from Physical Scientists and Engineers for a PhD studentship, the studentship is a three year research programme, which will lead to a PhD degree. The studentship is only available to UK and EU passport holders.
The Materials Department has a leading global reputation for its research and is a principal partner in the Centre for Nuclear Engineering at Imperial College.
One EPSRC fully funded PhD studentship is available:
Finite Element Modelling of Pellet-Clad Mechanical Interactions in PWR Reactor Systems. The project will involve developing a model for zirconium cladding material, which can predict damage and crack growth induced by creep, irradiation and absorption of fission products and its interaction with uranium dioxide fuel pellets.
Amount awarded
The bursary awarded for this studentship is £15,290 per annum (tax free).
Prospective candidates are encouraged to visit the department's web site: www.imperial.ac.uk/materials for more information and to contact members of the academic staff working in fields of interest to them.
Duration of Studentship: 36 months
Starting from October 2010
Further information
Further information on all our research programmes, facilities, PhD projects and how to apply is available at: http://www3.imperial.ac.uk/materials/research/phdopportunities/projects
Applications will be processed when received, with the expectation that the studentship will be filled by 31 August 2010.
Please kindly mention Scholarization.blogspot.com when applying for this scholarship
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