Automation and robotics

Automation and robotics

We can help you to increase efficiencies in your systems and processes.

Our consultants will work with you to identify areas which can be improved, or we can provide you with important information on the impact of various improvements or new capital equipment before investing time and money.

We can also help you to embed process improvement techniques into your business to ensure you are running as efficiently as possible.

News

Final demonstration of EU-funded firefighting robots

Robotics experts from Sheffield Hallam University have been working with firefighters from South Yorkshire Fire & Rescue to showcase a...

Featured case study

3D visualisation

We can offer licensing and other forms of cooperation concerning the developed products consultancy in 3D modelling and data analysis...

Featured staff profile

Dr Jacques Penders

Head of the Centre for Automation and Robotics Research

Relevant centres

Centre for Automation and Robotics Research

Related research

Liquid crystal software

Project leaders - Professor Chris Care, Dr Tim Spencer LBLCD3D (lattice Boltzmann liquid crystal dynamics three dimensions) is the software...

Validation of the N-component method

Background/experimental observations The behaviour of suspensions of solid and deformable particles is well documented experimentally. On...

Generalisation of the Guntensen interfacial method to N-component

The N-component algorithm Having implemented the binary RK model, it is straight forward to implement the model to N fluids by replacing...

Improvement of the surface tension methods

Improvement of the Guntensen method: the correction The major artefact of this model is the so-called microcurrents, which seems to be a...

Fluid flow - Binary flow

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...