Automotive Engineering

Automotive Engineering

New Tech Solutions to Reduce Flat Congestion Charges

Demand for innovative ways to encourage vehicle sharing is particularly acute in major cities as only 20% of the road capacity is used by multiple occupancy…

Automotive Engineering

MIT Researchers Develop Spark-Free, Fuel-Efficient Engines

The mode-switching capability could appear in production models within a few years, improving fuel economy by several miles per gallon in millions of new cars…

Automotive Engineering

“Shove Ha’Penny” – Car Industry Employees Learn with Pub Game

Researchers from the London Knowledge Lab, UK, collaborated with the training staff of car manufacturers in developing training tools for statistical process…

Automotive Engineering

Cleaner Cars Ahead: Lean-Burn Catalytic Converter Innovation

The current strict environmental legislation demands advanced concepts to reduce the emission of harmful gasses by cars. Reducing the emission of nitrous…

Automotive Engineering

Smart Wheel Innovation: University of Portsmouth’s New Approach

The 'smart' wheel is being developed under a £200K Department of Trade and Industry-funded Knowledge Transfer Partnership (KTP) project with Hampshire-based…

Automotive Engineering

New Ductility Criteria Boost Lightweight Car Development

Not only in today’s car development but also in every safety relevant construction, the material forming behaviour because of working load is highly…

Automotive Engineering

Innovative SMCs Enhance Automotive Surface Quality and Weight

SMCs are a cost-effective and lighter alternative to metals and more resistant to corrosion. They not only help make nicer cars, but most importantly, lighter…

Automotive Engineering

'Upgrading' from Secondary to Primary Seatbelt Laws Would Save Lives

Lilliard Richardson, associate professor in MU's Truman School of Public Affairs, and David J. Houston, associate professor at the University of Tennessee,…

Automotive Engineering

Eco One: The Sustainable Racing Car Made from Nature’s Best

Eco One is an environmentally-friendly race car with a difference: its shell is made from hemp, the tyres made from potatoes and the brake pads made from…

Automotive Engineering

Intelligent Driverless Car Project by Dr. Simon Lucas

The project, led by Dr Simon Lucas of the Department of Computer Science, will see researchers build an autonomous model car which will be tested on a race…

Automotive Engineering

Nanoscale Innovation Boosts Hydrogen-Powered Vehicle Potential

The results of their findings identify a clear trend in the behavior of extended and nanoscale surfaces of platinum-bimetallic alloy. Additionally, the…

Automotive Engineering

New Software Patch Boosts Car Fuel Efficiency

Accelerating a little less or a little bit more can cause considerable loss of energy. John Kessels has designed a way to save energy by enabling the car to…

Automotive Engineering

Multimedia car radio of the future

The car radio of the future works in a similar manner to a satellite receiver for television channels. However, the car has no large dish antenna on the roof,…

Automotive Engineering

Boosting Hydrogen Fuel Cell Research: New Catalysis Breakthrough

The slow rate of oxygen-reduction catalysis on the cathode – a fuel cell’s positively charged electrode – has been a primary factor hindering development of…

Automotive Engineering

Invention could solve “bottleneck” in developing pollution-free cars

Whilst hydrogen is thought to be an ideal fuel for vehicles, producing only water on combustion, its widespread use has been limited by the lack of a safe,…

Automotive Engineering

Innovations in Renewable Materials for Car Components

Leading journal Plastics, Rubbers and Composites has published a special issue from the AutoPolymers2005 workshop, and the results present developments in new…

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