03 November 2015
03 November 2015
EPSRC CIMComp will present new developments in textile and 3D reinforcements including quad-axial braiding, tufting with multifunctional threads, and Augmented Reality (AR) training tools at the Composites Engineering show at The NEC, Birmingham, UK.
CIMComp is currently constructing a proposal in response to the EPSRC ‘Future Manufacturing Research Hub’ call and will look to secure £10M funding to deliver a pipeline of fundamental technologies over the next decade to support the UK Composites Strategy, HVM Catapults and industry. The Centre is looking for industry support for this major venture.
During the show, CIMComp will also chair a forum focusing on its core activities, showcasing the culmination of 4 years of research in the area of composites manufacturing. Entitled “Next-Generation Composite Manufacturing Processes”, the forum will take place on 5th November at 13:00, Forum 3 during the show.
The programme for the forum is as follows:
Professor Andrew Long, CIMComp Director, Dean of Engineering and Professor of Mechanics of Materials, University of Nottingham
Professor Kevin Potter, CIMComp Deputy Director, Professor in Composites Manufacture, University of Bristol
Nick Warrior, Professor of Mechanical Engineering, The University of Nottingham
Stephen Hallett, Professor in Composite Structures, University of Bristol
Costas Soutis, Professor of Aerospace Engineering, The University of Manchester, Director, NW Composites Centre & NCCEF
EPSRC can be found at their stand D125 during the show.
Wabash MPI and Carver will highlight their full line of hydraulic and pneumatic presses for the composites industry in the USA pavilion at JEC World, the leading international composites show.
Negri Bossi will be present at MECSPE, first Italian event of the year 2019 that will take place in Parma, Italy from 28-30 March; the attendance at this event is testament that the society continues to take an interest in the domestic market.
Shape Machining is today launching the Shape FastForm process developed specifically to drastically reduce the time it takes to manufacture thermoplastic carbon composite parts.