11 April 2012
11 April 2012
Toray is investing in a chair for fundamental research in composite materials for Professor Ignaas Verpoest of the Department of Metallurgy and Materials Engineering.
"We have been looking for collaboration partners in Europe. Professor Verpoest is a pioneer and a 'legend' in the composite material field in Europe," said Yukichi Deguchi, Toray's Vice President for Research and Development.
"The method for making extremely stiff and strong carbon fibre was invented almost simultaneously by the English and Japanese," explains Professor Verpoest. "Japan in particular invested in the optimisation of carbon fibre production. The result speaks for itself: Japan produces 70-80% of all carbon fibre. Composite materials based on carbon fibres are widely used in aerospace and aviation. Two-thirds of the volume and half of the weight of the new Airbus 350 and Boeing 787 jumbo-jets – fuselage, wings, etc. – consist of carbon fibre composites. We ourselves have a long-term cooperation with EADS, the parent company of Airbus. Composites are also well established in the sport world because they are simultaneously light, strong and stiff. Think of carbon-frame racing bikes or poles for Nordic walking."
"The next big breakthrough is now underway in the auto sector. Cars must become increasingly more economical. But in terms of engine design and aerodynamics, we are approaching the limit. Manufacturers must now tackle vehicle weight. It’s actually quite crazy: when I drive a car, it takes 20 times my weight to transport my 80 kilograms. Today, each car contains ten or so kilograms of composite material, such as bumpers. The time has now come to start integrating composites into the chassis itself. Via a joint venture with Toray, Mercedes is working on an E-class vehicle that is three hundred kilos lighter than the current one. BMW is on board too. Our research group worked on the LFA, the Lexus flagship vehicle."
Yukichi Deguchi said,"A member of our lab worked as a researcher in Leuven for two years and built a strong relationship with Professor Verpoest and his team. In November, I met with Professor Verpoest and we agreed to begin a long-term collaboration." The format chosen for this collaboration was a three-year endowed chair with the possibility of extension.
Accroding to Toray, the budget will go toward fundamental research into the further refinement of composite materials based on carbon and other fibres. Akihiko Kitano, General Manager of Toray's Composite Materials Research Laboratorysaid,"We are the market leader in carbon fibre technology based on polyacrylonitrile fibres (PAN), which we put to use when developing composites for the primary structures of aircraft. Together with Professor Verpoest, we want to increase our understanding of these materials and build new composites for use in lighter, safer aircraft." The researchers utilise advanced experimental techniques and software to predict the behaviour of composites.
Verpoestcontinued, "We have achieved promising results by mixing carbon fibres with tiny carbon nanotubes. Nanotechnology allows us to make tubes that are a thousand times finer than the fibre itself – we’re talking a few millionths of a millimetre! These nanotubes are stronger and stiffer than carbon fibres, making the composites more resistant to damage. Cracks appear less easily and when they do, they spread less rapidly. That's an important asset in a world where safety is so important. In an inter-faculty project within the Science, Engineering and Technology Group, we are even attempting to make carbon fibres out of nano-tubes – a totally new method. But that is of course a long-term project."
Natural fibres are a second promising research avenue, says Verpoest,"One-fourth of my research team of 35 is working on natural fibres from hemp, flax and bamboo. Flax-fibre, for example, is as stiff as aluminium, but twice as light. Our centre is an official consultant for the European flax and hemp industry and seeks out new extraction and processing techniques to optimise fibres for reinforcement of composite materials."
"The Toray endowed chair is not only important for financial reasons; it also enhances the international reputation of our research group. It really speaks volumes that this Japanese heavyweight chose our university as the anchor for its cooperation with the European academic world."
CRP Technology collaborated with the Department of Aerospace Science and Technology of the Politecnico di Milano (PoliMi) on the construction of parts for the aeroelastic wind tunnel demonstrators for ‘Aeroelastic Flutter Suppression (AFS)’ e ‘GLAMOUR’ projects.
Research to develop a revolutionary high-performance composite metal hybrid stabiliser bar for trucks and trains has entered a new phase. The findings from the project to date show that the technology has the potential to spin out into other sectors such as aerospace and could see the UK take a global lead with this disruptive technology.
Bindatex is celebrating 10 years of partnership and delivering 50 tonnes of multiaxial fabrics to a global composites reinforcement manufacturer. The specialist slitting service enables the manufacturer to supply its customers with material in a wide variety of widths.