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- Environment - Nov 16 Researchers ranked among world’s most influential
- Physics - Nov 14 UCL in bid to create new generation of "green" electronics
- Astronomy - Nov 14 Illuminating the Universe
- Physics - Nov 13 Lighter, stronger, faster, better: composite materials and their future uses
- Astronomy - Nov 13 Duo of titanic galaxies caught in extreme starbursting merger
- Physics - Nov 9 Probing the nature of the neutrino using SuperNEMO
- Microtechnics - Nov 8 New approach lays groundwork for manufacturing with light
- Physics - Nov 8 Multi- million pound boost to help improve energy technology
- Chemistry - Oct 31 Are discarded cigarette butts the next high performing hydrogen storage material?
- Astronomy - Oct 31 Jupiter’s X-ray auroras pulse independently
Lighter, stronger, faster, better: composite materials and their future uses
Composite materials are generally described as being made up of a combination of two or more materials. Through clever engineering, materials can work better together than individually because the way they combine produces a composite material with different characteristics. Members of the public will have the opportunity to find out just how useful composites are and how they could be used in the future at a free talk this week [Wednesday 15 November].
The public lecture by Dr Valeska Ting , Reader in Smart Nanomaterials from the Bristol Composites Institute (ACCIS) at the University of Bristol, will take place at 4 pm in the Pugsley Lecture Theatre, Queen’s Building, University of Bristol, University Walk, Bristol.
The lecture is part of the official launch of the Bristol Composites Institute (ACCIS) , and the latest composites research will be showcased at ACCIS’ (Advanced Composites Collaboration for Innovation and Science) 10th anniversary conference.
The public lecture will explore where composite materials have been used to make our lives safer, more convenient, more economical and sustainable. Composites are already used in the manufacture of planes, Formula 1 cars, sports equipment and in space exploration and the Bristol Composites Institute (ACCIS) is already leading in the development of composite wind and tidal turbine blades.
There have also been some exciting developments in functional composites and innovative manufacture of composites. Dr Ting will discuss some examples of recent advances in composites for future uses in energy generation and biomedical applications.
Michael Wisnom, Director of ACCIS, Professor of Aerospace Structures in the Department of Aerospace Engineering and SRI academic lead, said: "We are delighted to announce that ACCIS has been recognised as a Specialist Research Institute at the University, and the Bristol Composites Institute (ACCIS) will be at the forefront of composites research.
"This is a very exciting development, which recognises and builds on the success of ACCIS over the last ten years, and opens a new era for composites education and innovation in Bristol in the future."
The Bristol Composites Institute launch and ACCIS 10th anniversary conference will take place on Wednesday 15 November from 9.30 am to 2 pm in the new wing of the Faculty of Engineering Queen’s Building.
The public lecture ’Lighter, stronger, faster, better: composite materials and their future applications’ by Dr Valeska Ting will follow at 4 pm. The lecture is free but advance booking is required through Eventbrite .
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