NetComposites
Composites Innovation 2018

Future Composites Manufacturing Research Hub: Second Call for Feasibility Studies

21 November 2017

Future Composites Manufacturing Research Hub: Second Call for Feasibility Studies

The Engineering and Physical Sciences Research Council (EPSRC) Future Composites Manufacturing Research Hub (the Hub) has released its second call for feasibility studies. The closing date is 30 November.

Grants will be announced on 22 December for up to two feasibility studies to conduct research at TRL 1 to 3 in two distinct areas:

  • Recycling and Waste Reduction: Proposals should focus on demonstrating a manufacturing methodology with the potential to produce structural components from recyclates at industrial production rates, or reducing the amount of in-process waste by developing more efficient processes to reduce the consumption of virgin fibre.
  • Microwave Processing: Proposals should focus on reducing cycle time, cost and energy.

Feasibility studies are short-term projects (up to six months) intended to investigate ambitious and challenging ideas seeking to create a step-change in composite manufacturing. They are the primary mechanism for new partners to engage with the Hub and may lead to longer-term Core Projects if feasibility is demonstrated. Alternatively, support is available through the Hub’s Strategic Development Committee to secure further external funding to develop the technology readiness.

This announcement follows on from a call for Feasibility Studies in May 2017, where six new projects were funded, introducing three new Spoke members to the Hub; the University of Cambridge, the University of Edinburgh and the University of Glasgow:

  • 'Can a Composite Forming Limit Diagram be Constructed?,' Dr Michael Sutcliffe, University of Cambridge;
  • Multi-Step Thermoforming of Multi-Cavity, Multiaxial Advanced Thermoplastic Composite Parts, Dr Philip Harrison, University of Glasgow;
  • Layer by Layer Curing, Dr Alex Skordos, Cranfield University;
  • Simulation of Forming 3D Curved Sandwich Panels, Professor Nick Warrior, University of Nottingham;
  • Manufacturing Thermoplastic Fibre Metal Laminates by the In Situ Polymerisation Route, Dr Dipa Roy, University of Edinburgh;
  • Active Control of the RTM Process Under Uncertainty Using Fast Algorithms, Professor Michael Tretyakov, University of Nottingham.

For more information about the call, as well as how to submit your proposal, please visit www.epsrc.ac.uk/funding/calls/fcmrfeasibilitystudiescall2/.


Photo provided by EPSRC





comments powered by Disqus

Related / You might like...

Cristex Introduces Co-Fibre to UK

UK distributor Cristex is introducing Co-Fibre, a hybrid glass fibre and polypropylene (PP) fabric that is reported to offer superior mechanical performance including an exceptional stiffness-to-weight ratio.

Adhesive-Free Process for Bonding Metal to Thermoplastic Showcased in Hipercar Project

A method for joining metal to thermoplastic composites developed by Powdertech Surface Science has been employed in the Ariel Hipercar project to bond glass fibre polypropylene to aluminium for the vehicle’s monocoque chassis.

Scott Bader Installs New Mixer at French Plant

Scott Bader has installed a new mixer at its facility in Amiens, France, to expand production capacity for its range of adhesives, gelcoats and formulated products.