School of Materials
University of Manchester
Titanium alloys are widely used in the aerospace industry and for biomaterial applications because they are lightweight and still exhibit very high strength even at temperatures up to 600C. An important aspect for the aeroengine industry is to understand how two-phase titanium alloys perform during service. Particularly, the deformation behavior of such alloys is critical since it will define the fatigue life of the material and therefore the life expectancy of the component.
The aim of this project is to develop a detailed understanding of the deformation mechanisms in two-phase titanium alloys by undertaking detailed electron microscopy studies of deformed material. In addition some novel strain mapping techniques will be used to undertake in-situ deformation studies.
The PhD student will be part of a vibrant research team working on deformation mechanisms in materials for aeroengine application and will have close contact to Rolls-Royce, who is funding this project.
This PhD studentship is fully-funded by Rolls-Royce, and will provide the equivalent of Home tuition fees and an annual stipend of £12,940. Home and Overseas students can apply for this studentship.
You will need at least a 2.1 UK Honours degree, MSc or equivalent international degree in a materials science or related subject.
Please complete an online application form at www.manchester.ac.uk/postgraduate/howtoapply quoting the project reference number PhD/08/MP/02
Study information
- Qualification:
- PhD
- Study duration:
- 3-years
- Study mode:
- FT
- Start month:
- Not later than 01.10.2008
- Entry requirements:
- You will need at least a 2.1 UK Honours degree, MSc or equivalent international degree in a materials science or related subject.
Funding information
- Funder:
- This PhD studentship is fully-funded by Rolls-Royce, and will provide the equivalent of Home tuition fees and an annual stipend of £12,940.
- Value:
- This PhD studentship is fully-funded by Rolls-Royce, and will provide the equivalent of Home tuition fees and an annual stipend of £12,940.
- Funding applies to:
- Open to applicants from a range of countries
- Funding duration:
- 3-years
