Sustainable Automotive Technologies 2010

Technologies and infrastructure for sustainable mobility.- Towards a sustainable vehicle development.- EADS commitment towards sustainable Mobility.- Build-up strategies for a hydrogen supply and refuelling infrastructure including a comparative outlook on battery-electric vehicles and their infrastructure requirements.- Approach For The Solution Of A Simplified Reissner Theory For Automotive Application.- Greener Roads By Talking Traffic Lights: Knowledge about Queue Length and Upcoming Traffic Light Signal.- Sustainable Antennas #x2013; A Wideband Antenna For Vehicular Applications.- Solution for reduced pollution and congestion.- Emission Versus E-Mission #x2013; Ways To A Sustainable Powertrain.- Sustainable vehicle design and manufacture.- Benchmarking And Optimisation Of Automotive Seat Structures.- Vision-Aided Position Control Method for Manufacturing Machines.- Automated Fibre Placement With In Situ Ultra-Violet (UV) Light Curing: Concept Testing.- Multifunctional Vehicle Components: Key In Sustainability And Long Term Viability Of Auto Industry.- Knowledge Management in Crosscompany Research and Development Projects.- New vehicle concepts.- Structural Optimization processes for finding robust automotive lightweight concepts.- Transitioning to the future of hydrogen mobility.- Green Car Technologies #x2013; Challenges and Opportunities.- A new hybrid material for increased impact tolerance.- The importance of hydrogen as secondary energy carrier for renewable primary energies.- Efficiency improvement of internal combustion engines by waste heat recovery with rankine cycle and an advanced turbocharging principle.- New structures and materials.- Cellular titanium a bionic material for automotive and avionic applications.- Research and development of a new and sustainable composite: #x201C;natural stone laminate#x201D;.- Delamination of Composite Structures and Failure Modes of Bonded Elements.- Application of Supersonic Flame Spraying for Next Generation Cylinder Liner Coatings.- Enhanced Shape Memory Alloy Actuators.- Damage Behavior of Bonded Structures Under Static and Cyclic Loading Conditions.- Advanced Manufacturing for Fiber Reinforced Metal Matrix Composites (MMC).- Opportunities and Limits for Composites in Cars.- New power train technologies.- Formula Hydrogen #x2013; International Dimensions of the Hydrogen Powered Racing Car Project.- Analysis of Potential Increases in Energy Efficiency for Piston Combustion Machines with Unconventional Geometry.- Formula H #x2013; Design and Development of a Student-Built Hydrogen Fuelled Racing Car.- Formula H #x2013; Risk Assessment and Safety Strategies in a Student Hydrogen Vehicle Project.- End-of-life vehicle management.- Increase of Recuperation in Vehicles with Conventional Powertrain.- Hybrid Concept for Energy Redistribution within Transportation Systems.- A System Dynamics Approach to Calculating the Energy Consumed in Car Component Production.- Vehicle and public safety.- Vehicle And Public Safety Through Driver Assistance Applications.