Applications are welcome from all who possess or are about to obtain a first class or 2.1 BEng (Hons), MEng or MSc degree, or equivalent EU/International qualification, in a relevant discipline.
Applications from Home, Rest of UK and EU students will receive funding of the home fee and stipend.
International Students are welcome to apply but should be aware of the additional funding requirements and will have to provide evidence that they can pay the difference in fees of circa £16k per annum.
Find out more about this exciting PhD opportunity by clicking through the tabs above.
Individuals interested in this project should email Dr Dorothy Evans at email@example.com, along with the title of project you are applying for and attach your most up-to-date cv.
This PhD work is about enhancement of magnetic properties of electrical steels using alternative manufacturing processes. This 4-year work is supported by Cogent-Power (as a part of Tata-Steel business) and Scottish Research Partnership in Engineering (SRPe).
The winding core of electric motors is manufactured from a laminate of Electrical steels (E-steels). This E-steel component is key in transforming electrical energy to mechanical torque. From a metallurgical-point-of-view, the microstructure/texture of the E-steel laminate, which controls the magnetic properties, has a great impact on the energy efﬁciency of the motors. The fundamental objective of this PhD work is to investigate the effect of thermomechanical processing and annealing parameters on the final microstructure/texture of the manufactured part and consequently, on their magnetic properties. This work will target the final stages of cold/warm forming and annealing of a low-Si content and an ultrahigh-Si E-steel. This PhD work also addresses the industrial challenge of forming the 6.5%Si E-steel due to its poor mechanical properties. This work will address this major challenge and the key questions to be addressed are to:
- Develop and optimise thermomechanical processes on E-steel sheets
- Gain a comprehensive understanding of microstructure/texture evolution of E-steel during thermomechanical processes and final annealing in order to establish a correlation between process parameters and development of microstructure/texture.
- Suggest an alternative thermomechanical process on ultra-high Si E-steels to develop an appropriate texture during manufacturing for magnetic applications.
Study the influence of chemical composition of E-steels on their magnetic properties.
This PhD work will take place at the AFRC and would be the first collaborative research work between AFRC and Cogent-Power. In addition to AFRC, there are several other academics would support the PhD student along with the Cogent-Power.
This fully-funded industrial PhD opportunity will cover Home and EU Fees and Stipend.
We will accept applications from international students who can confirm in their email application that they are able to pay the difference between the Home and International fees (approximately £16,000 per annum). If you are unable to cover this cost the application will be rejected.
The University of Strathclyde’s Advanced Forming Research Centre (AFRC) is a globally-recognised centre of excellence in innovative manufacturing technologies, engineering research and development, and metal forming and forging research.
For a decade the centre has been at the heart of manufacturing research in Scotland. It is the only High Value Manufacturing Catapult centre in the country, one of only 7 in the UK making it the critical link between manufacturers in Scotland and the rest of this world-class network of manufacturing innovation and expertise.
The AFRC helps to fill the gap between fundamental academic research and industry. We help companies to turn innovative technologies and ideas into a commercial reality that will increase their competitiveness, boost their business and secure the manufacturing sector in Scotland and the UK for generations to come.
We offer world-class expertise and cutting-edge technologies that help firms develop solutions that bring about real business benefits for companies of all sizes from across the UK and internationally.
- High integrity forging and thermal processing
- Materials evolution, component resilience, and residual stress
- Near net shape design and make
- Sheet processing technology
- Digitalisation, technology planning of process and supply chains
How to apply
If you are interested in this brilliant opportunity and wish to apply, please send your CV along with the area that you are interested in for the attention of Dr Dorothy Evans to firstname.lastname@example.org.