High-performance, tailored composite wing: design, build and test with Rapid Tow Shearing
High-performance, tailored composite wing: design, build and test with Rapid Tow Shearing
The latest news from the engineering word
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The latest news from the engineering word
Discover images from recent editions of the show
Find videos, clips and interviews
Read recent press releases and articles
Download the most recent post-show report
Read recent blog post and interviews
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High-performance, tailored composite wing: design, build and test with Rapid Tow Shearing
DEECOM® – The pressolysis recycling solution: Delivering circularity in high-value composites
Rapid forming of complex composite parts using Aligned Formable Fibre Technology
A circular route for carbon fibre re-use enabled through re-alignment technology.
Use of reclaimed carbon fibre for auto parts
Reducing our Environmental Impact by Investing in Sustainable Product Design, Materials and Technology
The Evolution of Hydrogen Fuel Storage Engineering in the UK Transport Market
The increasing number of Battery Electric Vehicles (BEVs) and the larger, heavier batteries they require, has necessitated a move to composite battery enclosures. The use of composites is required to achieve this larger, protective, but still lightweight structure.
Context around existing and emerging safety standards for BEVs, issues around containment of pressure and spread of fire from thermal runaway of Li-Ion cells. Why new composite materials make sense from safety, weight and cost considerations.
To realise composite liquid hydrogen storage, materials that are typically used at a much higher temperature regime require requalification at cryogenic temperatures as low as 20K.
Individual automation solutions are key to improve the efficiency and cost structure of a serial production. New process innovations are a major enabler.
Benefits of Large Format Additive Manufacturing (3D Printing) for composites
With a considered approach to composite design and material selection, Carbon Composites can significantly boost the performance of machine metalworking and automated manipulation throughput. Using ultrahigh modulus pitch carbon fibres and innovative process technology new applications for composites have been developed.
Rapid Tow Shearing – composites automation for the lightest cars, planes and spacecraft possible
The Smart Factory Journey – A roadmap to connected manufacturing
Composites in Motorsport: Tomorrow’s Technologies Today
Smart manufacturing strategy: where should I start?
Highlights and lesson learnt in federating ICT platforms in the EFPF project
Solving the service challenge with the help of connected technology and IoT
How AI-based solutions can enhance production efficiencies, while improving sustainability and reducing waste for advanced manufacturers
Benefits of Simulation-Driven Design for Mechanical, Electrical and Thermal Applications
What are the barriers to adoption for most manufacturers for new technologies, how can technology companies better serve