Polymers and nanocomposites
Our research encompasses petroleum-derived and bio-based polymers, minerals and composites
The National HIPIMS Technology Centre
High Power Impulse Magnetron Sputtering is the latest development in PVD coating deposition technology
Hallam Energy
Hallam Energy was established as an industrial research group offering research, knowledge transfer and consultancy services. We have delivered over 50 projects for our clients ranging from start-ups and SMEs to multinational companies and governmental bodies, both in the UK and abroad
Materials modelling and complex flows
We have a strong track record and reputation in the field of infrastructure management and development. Our aim is to apply that range of knowledge to deliver client focused and practical everyday solutions
Innovate UK Competitions
Innovate UK runs many regular competitions for funding in a range of different sectors and expertise. We monitor the criteria of each and every open and forthcoming competition to offer you expert, relevant funding opportunities for your business.
Knowledge Transfer Partnerships (KTP)
Knowledge Transfer Partnerships (KTPs) give you and your organisation the structure and support you need to tackle strategic business challenges
Concrete testing services
The Centre for Infrastructure Management has a wide range of capabilities for testing concrete. A brief of each test we perform is given below.
Conservation of heritage structures
At the Centre for Infrastructure Management, we have extensive expertise in the characterisation of heritage materials by means of analytical laboratory techniques and in the development and evaluation of mortars and processes for the conservation and repair of heritage structures.
Materials and recycling solutions
The Centre for Infrastructure Management provides an independent materials testing service to clients and provide consultancy/R&D to develop innovative solutions for new materials development and applications.
Structural testing
This PhD aims to develop work by means of the relatively new Extended Finite Element Method (XFEM) that permits a deeper understanding of the mechanisms of fracture and crack propagation in advanced composite structures