World Automotive Congress, Beijing, China

Abbrevation

FISITA

Link

http://www.fisita2012.com/

City

Beijing

Country

China

Deadline Paper

2011-11-30

Start Date

2012-11-27

End Date

2012-11-30

Abstract

Since its launch in 1947, the FISITA World Automotive Congress has brought the world′s engineers together in a spirit of co–operation to create efficient, affordable, safe and sustainable mobility. FISITA 2012 will feature presentations from leading engineers, scientists and specialists concerned with every aspect of the research, design, development and production of vehicles and their systems. Together they will explore the future direction for the global industry in key areas including powertrains, alternative fuels, vehicle dynamics, safety systems, electronics, manufacturing and Intelligent Transportation Systems. I. Advanced Internal Combustion Engines New GDI, SI & CI Engines and Components Fuel Injection and Sprays Fuel & Lubricants After Treatment and Emission Control Flow and Combustion Diagnosis Engine Design & Simulation Heat Transfer & Waste Heat Reutilization Emission Standards and International Regulations II. Future Automotive Powertrain Alternative Fuel and New Engine Advanced Hybrid Electric Vehicle Plug–in Electric Vehicle Advanced Battery Technology Hydrogen Fuel Cell Vehicle Charging Infrastructure and Smart Grid Technology Demonstration of Electric Vehicles in Cities III. Advanced Transmission System and Driveline Clutch Systems & Controls Gear Systems & Driveline Advanced Transmission System Transmission Control System IV. Vehicle Electronics Engine/Chassis/Body Electronic Control Electrical & Electronic System Software & Hardware Development Electromagnetic Compatibility (EMC) Vehicle Sensor & Actuator In–Vehicle Network Multi–Media/Infotainment System V. Vehicle Design and Testing Vehicle Performance Development Vehicle Integration Platformized and Universal Design Development of CAD/CAE/CAM and CFD Methods in Automotive Practice Advanced Chassis, Body Structure and Design Automotive Ergonomic, Interior & Exterior Trim Design Vehicle Style and Aerodynamic Design New Materials and Structures Automotive Reliability Technology Lightweight Design Technology Design for Recycling Dynamic Modeling Simulation and Experimental Validation Virtual Design, Testing and Validation Testing of Components, Systems and Full Vehicle Subjective and Objective Evaluation of Performances VI. Automotive Safety Technology Automotive Structure Crashworthiness Occupant & Child Safety Protection Pedestrian Protection Crash Biomechanics Crash Pre–Judge Technology/Traffic Accident Analysis and reconstruction Crash Compatibility Driving Action Perception & Safety Assistance System Vehicle Controls on Handling and Stability Safety Standards, International Regulations VII. Chassis Systems & Integration Technology Chassis Structure and Design Chassis Controls & Integration Tire and wheel Design/Tire Properties and Modeling Vehicle Controls on Handling and Stability Subjective and Objective Evaluation on Dynamic Performance Dynamics Modeling, Simulation and Experimental Validation VIII. Advanced Vehicle Manufacturing Technology Applications of Aluminum, Magnesium and Zink Alloys, Composites Advanced Body Manufacturing Technology Body Corrosion Protection Technology Welding, Joining & Fastening Casting Technology Stamping Technology Paints, Polymers & Coatings Exterior Body Panels Advanced Process Management IX. ITS & Internet of Vehicles Driver Assistance System V2X Communication Technology Telematics, Navigation Systems Eco Driving Technology Harmonization and Regulation of ITS Systems X. Noise, Vibration & Harshness (NVH) Chassis Vibration & Noise Control Transmission Vibration & Noise Control Engine Vibration & Noise Control Body Vibration & Noise Control Vehicle Vibration & Noise Control Analysis and Evaluation of In–Car Vibration & Noise Wind Noise Control Technology Vibration & Noise Testing Technology