Brunel University London

Brunel University London

Technology Transfer Office

London, U.K. · United Kingdom | PROFESSIONAL

About Brunel University London

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Our world-leading research focuses on those areas in which we can integrate academic rigour with the needs of governments, industry and the not-for-profit sector, delivering creative solutions to global challenges and bringing economic, social and cultural benefit.

Our Research Institutes and Research Centres pioneer world-leading research inspired by an ambition to address society’s most pressing challenges, in collaboration with partners from across the globe.

Brunel's three Research Institutes: Institute of Environment, Health and Societies, Institute of Energy Futures and Institute of Materials and Manufacturing, bring together academics from most of our research areas to collaboratively tackle very specific challenges to the world’s economy and society.

Brunel's Research Centres focus on Digital Science & Technology, Automotive Technology, Culture & Evolution, Cognitive Neuroscience, Human Performance & Exercise & Rehabilitation, Entrepreneurship & Sustainability, Global Lives.
Research areas
Electronics, IT and TelecommsIndustrial manufacturing, Material and Transport TechnologiesIndustrial TechnologiesEnergy TechnologyPhysical Sciences and Exact Sciences and 10 more
Organization Website
Organization Type
Technology Transfer Office
Founded
1966
Headquarters
London, U.K.

Portfolio of Technology Offers (7)

Aerofoil blade designs with double rooted serrations that reduce trailing edge noise to the maximum through destructive interference. They can be attached to existing blades so are particularly suitable for retrofitting to larger blades, such as wind turbines. They are however applicable to a wide […]

Existing commercial aluminium alloys are modified with sub-micron particles resulting in a 20% increase in tensile strength with no loss of ductility.[…]

A casting magnesium alloy that can provide significantly improved thermal conductivity in comparison to the commonly used AZ91D magnesium alloys. The typical thermal conductivity of the new magnesium alloy is comparable to the thermal conductivity of the commonly used A380 aluminium alloy.[…]

Magnesium alloys are lightweight and so provide the best solution for reducing weight in the transport sector. However increasing the use of these alloys to replace steel has been hampered by their lack of ductility and low yield strength. This is due to the large grain structure, defects and inter‑[…]

To meet the ever increasing demand for more efficient, robust, and cost effective aircraft wing designs, conventional control surface methodologies need to be replaced by “morphing” technologies. Brunel University has developed a viable and realistic active wing/blade twist technology with an adapt[…]

An aerofoil blade design that reduces trailing edge noise by means of a saw-tooth serration filled with a porous material. The serration and porous material work constructively with each other to significantly improve the aero-acoustic performance. An optimal choice of the porous materials has been[…]

Vulcanaer is a novel regenerative hybrid engine system for diesel transport systems, particularly urban busses and delivery trucks. It converts a vehicle engine into an air pump during decelerations. It harvests the braking energy and stores it as compressed air for subsequent use to restart the en[…]

Start collaborating Now!

We are currently seeking best-in-class collaboration partners for the postings listed below. You can respond to current opportunities by browsing the listed entries. We do want to invite you to cooperate with us so please contact us through the available template and we will get in contact with you. Please provide as much detailed information as possible in order to facilitate the engagement process.

Contact Person

Lynette Holland

Lynette Holland

Technology Transfer Manager at Brunel University London

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