Published Engineering Hybrid 5G/WLAN IoT Lab Developed a WLAN IoT lab with IoT devices based on RPis, Linux and Python, which is being used to prototype food processing projects, which we are enhancing to 5G for better KPIs. By Brunel University
Published Transport Vehicle Drag Reduction 10% drag reduction is achieved by combining a single embedded trough at the rear end of a vehicle roof and troughs at the rear end of each side of the vehicle By Brunel University
Published Food & Beverage Nanocellulose Food Packaging Combining nanocellulose/polysaccharides & bioplastics enables development of flexible & rigid food packages with tailored performance & functionality for diverse market segments. By Brunel University
Published Multi Sector Materials Charcaterisation Brunel's Experimental Techniques Centre provides a unique and bespoke service of materials characterisation using world class microscopic and spectroscopic techniques. By Brunel University
Published Engineering High Conductivity Mg Alloys A magnesium alloy that can provide significantly improved thermal conductivity in comparison to the commonly used AZ91D magnesium alloys By Brunel University
Published Aerospace Morphing Wing Adaptive Skin An actively-controlled morphing wing adaptive rigid skin with a low drag. Provides enhanced aircraft performance and control, despite high twist deformation during operation. By Brunel University
Published Transport Air Hybrid for Diesel Engines Reducing CO2 and NOx emissions: a regenerative hybrid engine system for trucks and buses that converts engines into an air pump during deceleration, so harvesting braking energy. By Brunel University
Published Sciences Test For Radiotherapy Reaction A rapid and reliable diagnostic test to predict adverse reactions in radiotherapy patients By Brunel University
Published Transport Reducing aerofoil blade noise Reduction of aero acoustic pollution by introducing novel serrated trailing edges. By Brunel University
