Engineering: Fully Funded EngD at Swansea: Low-Cost Functional Coatings for Steel
This scholarship is a Fully Funded M2A EngD Scholarship: Low-value practical coatings for metal-based totally upon two-dimensional nanomaterials
Start date: October 2021
Academic Supervisor: Dr. Richard Cobley and Professor Dave Penny from Swansea University, and Professor Satheesh Krishnamurthy from the Open University
Industrial supervisor: Dr. Samson Patole and Dr. Douglas Figueroa
Sponsoring company: Tata Steel UK
Steel products have numerous carrier condition challenges such as oxidation, corrosion as nicely as possible damage due to utilized masses and stresses throughout different manufacturing processes. Two-dimensional substances such as Graphene, Molybdenum sulfide, HBN, and MXENE have proven promising residences for corrosion protection, high-temperature resistance, im-permeability to small molecules, as properly as ultra-low friction layer systems.
Hence functional coatings and lubrication systems primarily based on these novel second materials will beautify our product residences and performance. In this context, a wide range of possible market purposes can be considered, such as passivation systems for building merchandise and CFPA packaging, impermeable coatings for tubular merchandise, and advanced automobile lubrication systems for stamping of automobile metal panels.
Improved useful residences of these hybrid coating systems will differentiate Tata’s products, achieving a competitive facet in the marketplace. The mission will are searching to acquire the following objectives:
- Create and exhibit arrangements dependent on 2D materials that can convey strong, reasonable coatings for the important applications,
- Select material for application testing and enhancement,
- Key comprehension of execution of the new crossover 2D covering frameworks including boundary, passivation, and grease tests.
- Assessing the appropriateness of covering application innovations like roller coatings, compound coaters, and different advancements.
- H&S and the natural effect of these new half and half 2D frameworks are to be assessed (natural frameworks may be invaluable).
The success of the project will be evaluated upon the results of the work resulting in a number of successful coating formulations that will lead either to publications or patents to secure IP in this area. Moreover the project will be the first step to build up a firm collaboration with Swansea and Open University in the issues important for R&D in near future.
This work will be completed as a collaboration with Dr Richard Cobley and Professor Dave Penney at Swansea University and Professor Sateesh Krishnamurthy at Open University as they bring the expertise in 2D nanomaterials and coatings technologies which is essential for the key success of this project.
Candidates must be from a less privilege countries, and must be able to show financial proof that he/she is unable to afford the cost of education
Kindly visit this page to apply for the scholarship.