Rebecca Adams, theme lead
Engineers at the University of Exeter worked with Newton Abbot-based Centek Group to significantly reduce costs and development times for new products into the oil and gas sector. Read more »
Read about the clean energy solution for buildings that academics from Exeter's College of Engineering, Mathematics and Physical Science have developed.
The Centre for Additive Layer Manufacturing developed functional prototypes for tech company nu desine. Read more »
Advanced Engineering and Materials
GraphExeter and 2D materials
Whether you are a leading aerospace manufacturer looking to develop high performance nanocomposites or a specialised manufacturer needing a solution for rapid prototyping, we can help meet your needs.
Control and optimisation
We develop practical tools and robust fault tolerant control laws for:
- Verification and validation
- Intelligent autonomy and formation flying
- Model based fault detection and condition monitoring
Our work in collaboration with Airbus Group on virtual sensors is now being demonstrated on simulators in its headquarters in Toulouse.
Our work with companies, including Rolls Royce, has created new lightweight structures, such as honeycomb-cored sandwich panels incorporating in-built vibration damping. We have combined advanced numerical simulation techniques and prototype testing to new simulation tools – for example to examine wear processes in structures. New improved modelling methods for fretting wear will lead to improved design and cost savings through an increased lifetime of the contracting components found in vibrating machines and structures.
The University of Exeter has long enjoyed an enviable reputation for its work in advanced materials. We have a number of research groups who are working with leading companies to provide responsive and flexible solutions. Advanced Materials covers a number of diverse areas, and Exeter focuses on:
- Photonic, Microwave and Acoustic Materials
- Magnetic and Lightweight Materials
- Materials for Manufacturing
- Graphene and 2D Materials
Energy Harvesting Systems
We have developed energy harvesting, powered wireless sensing nodes, based on our expertise in:
- Energy harvester design
- Energy efficient power management
- Wireless sensing with energy-aware architecture
In collaboration with our industrial partners, including Airbus Group, BAE Systems and Ultra Electronics we are now developing the technology further for structural health monitoring (SHM) in aircraft.
Our state-of-the-art Centre for Additive Layer Manufacturing (CALM) is one of a select group in the world which makes and develops high-performing polymer structures using different 3D printing and Additive Manufacturing (AM) technologies. Working with companies such as Airbus Group and DSTL, we specialise in developing advanced composites combining the high-temperature tolerance of PEEK with compression moulding AM capabilities to produce components which can be rapidly deployed into production. We work on all stages of the manufacturing process, including powder morphology, material flow and sintering as well as optimisation of design and structural properties.
Manufacturing systems and supply chains
Our research in adaptively-evolving supply chains has had an impact across the globe. We are able to provide a range of tools and methodologies for analysing complex supply chain configurations. Our work with CIFUNSA, the main supplier for automotive companies including GM, Ford and Chrysler, has directly led to significant improvements in revenue and profitability, including a 400 per cent increase in sales.
To discuss how we can work with you, please contact us.