Materials modelling and complex flows

We have a strong track record of working with industry working with companies such as ICI, Rolls Royce, Qinetiq, NNL (formerly Nexia), Ansys, Seiko-Epson, ZBD Displays, Unilever and Kodak.

All the work undertaken for these companies includes developing new methods to deal with problems which currently lie outside the scope of proprietary software and simulating complex materials and systems using our extant methods.


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Dr A P Ehiasarian with the Sheffield Hallam University team
Dr Arutiun P Ehiasarian from MERI's Nanotechnology Centre for Physical Vapor Deposition Research (PVD) was recently honored at a...

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Aims and Objectives To develop an expert system to enable the optimisation of repairs and maintenance solutions for reinforced concrete...

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Related research

This study aimed at developing a novel single site model for an amphiphilic molecule, with which free self-assembly of complex structures...
Our model system consists of uniaxial particles with a tapered shape, the degree of tapering is controlled by the parameter kθ (fig. 1)....
We use a Rothman-Keller type interface. Even though not the most used model to handle binary fluid, it has been found to be very handy for...
Blood flow i) Introduction One of our main interest is to capture the correct behaviour of a blood flow inside a capillary, where the...
Background/experimental observations The behaviour of suspensions of solid and deformable particles is well documented experimentally. On...

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