Advanced Materials Research Group
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The advanced materials group focuses on the use and development of novel and low cost processing methods for the manufacture of advanced materials. The research activities have a strong industrial input and include the transfer of technology from lab-based developments to an industrial scale.

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Porous Materials

 
 

Research

Powder processing

Solid, near-net shape components can be made from metal powders. This approach offers reduced machining operations and associated costs. Consolidation, by sintering, is performed at well below the melting point of the metal powders and therefore offers the possibility of shaping materials with high melting points which would otherwise be difficult to manufacture. Liquid phases, either transient or permanent, can also be employed to aid the consolidation of such materials.

Research is currently looking atreducing sintering temperatures and developing corrosion resistance through alloy design, reactive sintering strategies and novel sintering strategies, characterisation and accurate machining in green state with a view to understanding how hard materials might be accurately machined.


Cellular materials and metal foams

Cellular materials and metallic foams have a wide range of novel properties, both functional and structural in nature, including lightweight and excellent energy absorption capabilities. Such materials can also be used as the foundation for the production of composites if the open porosity is filled with another material.

Research is currently looking at:

  • the production of closed cell metal foams from aluminium powders
  • development of a new, low cost method for manufacturing closed cell foams from molten aluminium
  • the infiltration of open cell ceramic foams with molten aluminium to produce novel interpenetrating metal matrix composites
  • the production of porous structures from biomaterials, for the production of medical devices

Nano, micro and meso porous structure

The research group also has experience in fabrication and scale up of metal organic frameworks, LDHs, COFs and ZIFs for a wide range of applications in the energy sector.

 

Advanced Materials Research Group

Faculty of Engineering
The University of Nottingham
University Park
Nottingham, NG7 2RD



email:AdvMaterials@nottingham.ac.uk