11 April 2012
11 April 2012
Huntsman Advanced Materials has been involved in a student project designed to showcase the possibilities of building a lightweight, fuel efficient hybrid concept car using sustainable, high-performance composite materials.
According to Huntsman, the ‘XAM’ has been designed and manufactured by a student team from the Polytechnic of Turin named H2politO. The H2politO team was set up in 2007 to investigate the possibilities of designing, building and testing energy efficient vehicles to compete in the Shell Eco-marathon Europe.
With annual events in the Americas, Europe and Asia, the winners are the teams that go the furthest distance using the least amount of energy. Following the completion of the first project designing an aerodynamic three-wheel prototype, Huntsman say the team moved on to focus on the Shell Eco-marathon 2010-2011 season with the ‘eXtreme Automotive Mobility’ project and design of the ‘XAM’.
As Massimiliana Carello, Assistant Professor and Faculty Advisor of Team H2politO explains, the successful integration of a blend of renewable flax and carbon fibre composites represented a significant factor in increasing the performance and uniqueness of the hybrid vehicle’s design.
“While observing the rules of the Shell Eco-marathon, our focus has always been firmly fixed on the very real needs of the car designs of tomorrow. Minimising fuel consumption and maximising performance through developing a lightweight, yet strong vehicle structure represented the guiding principles that the team adhered to right from the start, and evaluating the extensive application of composite materials was crucial to the fulfilment of this goal.”
Huntsman say the attractive, streamlined shape of the ‘XAM’ highlights the superb quality of finish that can be achieved by using Huntsman Advanced Materials’ RenShape styling and modelling boards in combination with a gel coat and Araldite laminating resin systems.
They say the advanced processing properties of the selected Huntsman materials allowed H2politO to realise significant manufacturing cost and time savings through facilitating shorter production cycles and out-of-autoclave production techniques. This ultimately led to the fast and efficient completion of the project within a short nine month period.
Once the RenShape modelling boards were milled, XD 4615 / Ren HY 5159 gel coat was applied to enable the hand lay-up of the flax and carbon fibre materials and an efficient way of quickly producing an A class surface - as per the rules set by Shell Eco-marathon Europe.
Huntsman explain that key cockpit components and the body panels have been made from flax and carbon fibre reinforced and laminated by hand lay-up with Araldite LY 3297 / Aradur 3298. They say this low viscosity, easy handling epoxy resin system offers excellent mechanical and dynamic properties that help to maintain the strength and light weight of the ‘XAM’.
Supporting faster processing and shorter production cycles, H2politO used Araldite LY 3297 / Aradur 3298 to produce the prototype’s composite components out-of-autoclave, using a vacuum bag treatment which served to provide significant manufacturing cost savings.
“Thanks to the Araldite laminating system we have been able to maximise the use of composites to achieve an unprecedented level of design and surface quality finish on the ‘XAM’,” commented Alessandro Ferraris, Project Manager of ‘eXtreme Automotive Mobility’.
“With the consistent, high quality of its materials and the support given in partnership, Huntsman has played an important role in assisting us to provide a practical response to the issue of urban mobility and the need to design lighter weight passenger vehicles that consume less fuel and produce less harmful emissions. In allowing our team members and partners to test their ideas on a real working car, the ‘XAM’ has set a significant technological benchmark and triumph in design.”
As well as being the only hybrid vehicle, Huntsman claim that ‘XAM’ was also the only car to feature body panels and an interior passenger compartment made of flax and carbon fibre materials in the Shell Eco-marathon Europe 2011. The manufacturing techniques and processing materials used also made the vehicle unique in its class.
Huntsman explain that the ‘XAM’ achieved a number of important goals during the marathon. As well as recording an official consumption of 100.2 km per litre of fuel and producing just 26 gr/km of CO2, it was also awarded the Shell Eco-marathon Design Award prize within the Urban Concept class category. Highlighting the innovative qualities of its design, they say this award is given to the car which displays the best engineered system in terms of its aesthetic lines, mechanical capabilities and attention to detail.
ZSK will hold its bi-annual technology showcase on 21-22 September 2018 at its Krefeld, Germany, headquarters. The Embroidery Technology Show assembles more than 25 exhibitors from around the world to discuss emerging trends in the embroidery manufacturing industry and demonstrate the latest products produced using techniques such as tailored fibre placement (TFP) or smart textiles.
Solvay has signed a ten-year agreement for the supply of composites and adhesives to be used across Bell's military and commercial rotorcraft programmes, including the Bell 429, 407, 505, 525, V-22, and UH-1.
SGL Carbon and Fraunhofer IGCV have officially opened the Fibre Placement Centre (FPC) at SGL's site in Meitingen, Germany. Compositence, BA Composites and the Chair for Carbon Composites at the Technical University of Munich have also joined the alliance, and Coriolis Group and Cevotec are planning to come on board as partners.