Shape the Future with Innovative Materials
Key Research Focus Areas
Multidisciplinary Exploration
Investigating material behavior across various sectors, including implantology, aerospace, and automotive industries
Cutting-edge Methods
Employing X-CT, electron microscopy, digital image/volume correlation to dissect and understand material mechanical properties.
Targeted Materials
Specialising in studying biomaterials like magnesium and titanium for implants, as well as aerospace-grade titanium and nickel superalloys.
Challenging Environments
Exploring materials’ responses in challenging conditions such as corrosive environments and extreme temperature ranges.
Engaging Research Environment
Offering an enthusiastic and open learning environment for undergraduate, Master and PhD students.
Hands-on Experience
Providing access to the laboratories for students to gain practical experience and contribute to advancements in advanced materials technology.
To be updated…