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1. MEMARC projects

   Researchers from the Mechanical Engineering and Materials Research Centre (MEMARC) have undertaken a range of projects. Read about past projects and case studies here.

2. About MEMARC

   The Mechanical Engineering and Materials Research Centre (MEMARC) specialises in fracture and contact mechanics, wave propagation in lattices and microstructures, thermal fatigue and thermal striping, materials development and processing, as well as dynamics and control systems. You can find out more about these research areas and the projects MEMARC are working on here.

3. Contact - Mechanical Engineering and Materials Research Centre

   Mechanical Engineering and Materials Research Centre

4. Expertise within MEMARC

   The Mechanical Engineering and Materials Research Centre (MEMARC) has four research groups. Here you can find out more about each of these research groups and their individual specialisms.

5. Dynamics and control systems

   Researchers from MEMARC specialise in the area of dynamics and control systems.

6. Fracture and contact mechanics

   The Fracture and Contact Mechanics specialises in the development and use of finite element structural and multi-physics packages.

7. Wave propagation in lattices and microstructures

   Wave propagation in lattices and microstructures is one of MEMARC's key research specialisms. Researchers working in this area concentrate on invisibility, focusing and shielding.

8. Studying for your PhD at MEMARC

   The Mechanical Engineering and Materials Research Centre (MEMARC) have a number of PhD research opportunities. Find out more about postgraduate study within MEMARC.

9. MEMARC's publications

   The Mechanical Engineering and Materials Research Centre (MEMARC) have published a variety of research papers and publications.

10. PhD studies within the Research Centre for Brain and Behaviour

    PhD students within the Research Centre for Brain and Behaviour are working on interesting projects including: investigating pain in autism, the impact of taste, and pain mechanisms.