Call for Papers
2009 SAE World Congress
April 20-23 • Cobo Center • Detroit, Michigan
Abstracts must be submitted on-line to only ONE session. Upon submission, you will receive an automatic reply with your paper offer number. If you do not receive a paper offer number at that point, please retry on-line submission or email mjena@sae.org. The following information will be required during the on-line submission process:
- A digest of 200-300 words that states the objective of the paper/presentation; outlines the problem requiring solution, or the method of approach to research; is explicit with respect to the types of data to be included; and summarizes the conclusions that will be made.
- Tentative title
- Name of the author and co-authors and all contact information
- Selection of one session listed below (only select one session)
Offered papers shall not have been published outside of SAE; and if accepted, contributors will not release their paper for publication through other media.
| Deadline for submitting paper offers | June 1, 2008 |
| Review Ready Manuscripts due to session organizers | September 30, 2008 |
| Final Manuscripts due to SAE | January 10, 2009 |
Paper acceptance will be based on organizer moderated peer review of review ready manuscript.
ELECTRONICS
Virtual Engineering
Testing & Instrumentation
• Controller System Software Testing & Validation
• On-board Instrumentation
• On-road Field Test Results
• New Laboratory Test Methods
• Duty Cycle Measurement Strategies
• Test Information Management
• Component Level Testing
• Hardware Innovations
• Data Transfer and Storage Computer Applications
• Simulation
• Optimization
• Software/Hardware Systems
• Computational Fluid Dynamics
Electrical & Electronic Systems
• Safety Critical Systems
• Electrical Wiring Harnesses
• Electronics Reliability & Systems Reliability
• Electromagnetic Compatibility (EMC)
• Advanced Electronics Packaging
• In-Vehicle Networks
• Vehicle Sensors & Actuators
• Multi-Media Systems
• Model-Based Engineering
• Intelligent Vehicle Initiatives
• Vehicle Navigation
• Vehicle Information and Communication Security
• Systems Engineering
• Intelligent Transportation Systems Vehicle Diagnostics Mechatronics Plastic Optical Fibers
Advanced Batteries
EMISSIONS/ENVIRONMENTAL TECHNOLOGY
Catalyst Technology
Catalytic Converter Technology
Cold Start Emissions Control Technologies
Diesel Exhaust Emission Control
• DPF Substrates
• DPF Systems
• Durability
• HC-DeNOx
• Modeling
• New Developments
• SCR
Emissions Measurement & Testing
Emissions Processes for SI Engines
Gas Direct Injection Aftertreatment
Lean NOx Catalysts
LEV and ULEV Emissions
Nanoscale and Nanotechnology Aspects of Emissions and Emission-Control
Technologies
Non-Thermal Plasma Aftertreatment
Substrate Technology
Surface Engineering & Tribology
THERMAL MANAGEMENT SYSTEMS
Underhood Temperature Control
Engine Cooling & Warm-up
Cold Weather Conditions
Basic Refrigerants
Climate Control
SUSTAINABLE MOBILITY
Minimize transportation emissions
• Emissions reductions
• Green design and manufacturing
• Environmental management systems
• Reuse, remanufacture, and recycling technologies
• End-of-Life vehicle management
Sustainable GHG emissions
• Sustainable fuels and materials
• Carbon trading
• Global climate change
• Greenhouse gas emissions
Traffic morbidity reduction
• Safely integrate transportation systems into urban environments
Traffic noise reduction
• Engineer noise levels to meet societal demands
Traffic congestion reduction
• Develop traffic flow improvement technologies
Narrow the global mobility divide
• Make mobility accessible to all populations
Enhance global mobility
• Design local and regional transit systems
MATERIALS
Ferrous
• Achieving Lightweight Vehicles
• Applications for High Strength Steel Bar & Microalloyed Forgings
• Castings
• Coated Materials
• Fatigue Research & Applications
• Joining & Welding
• Stamping Technology
Materials Modeling & Testing
• Welding & Joining & Fastening
• Modeling of Materials for Crash Applications
• Crankshaft Analysis, Design & Testing
• Experiments in Automotive Engineering
• Load Simulation and Analysis in Automotive Engineering
• Stir Welding
Non-Ferrous
• Achieving Lightweight Vehicles
• Aluminum Applications
• Magnesium
• Metal Matrix Composites
• Non-Ferrous Vehicles Structures & Applications
• Zinc Alloys
Polymers & Coatings
• Bumper Systems
• Coatings
• Components
• Elastomers & Plastics for Fuels, Oils & Fluids
• Exterior Body Panels
• Instrument Panels
• Interior Trim
• Non-Engine VOC
• Plastics Recycling
• Polymer Composites & Processing Methods
• Sealing & Gaskets
• Seating
• SMC Developments
• Window Encapsulation
Powder Metallurgy
Nanotechnology for Automotive Applications
Solar panels
PROPULSION
Compression Ignition Engines
• CI Engine Modeling
• Diesel Combustion Processes
• In-Cylinder Diesel Particulate & NOx Control
• New Diesel Engines & Components
• Lubricant Diagnosis and Management Systems
Spark Ignition Engines
• SI Engine Modeling
• SI Combustion
• Direct Injected Four-Stroke Engines
• New SI Engine & Component Design
• In-Cylinder SI Particulate & NOx Control
• Cold Start
• Two-Stroke Engines
• Rotary Engines
Homogeneous Charge Compression Ignition
• Basic Engine Mixture Preparation & Combustion Studies
• HCCI Engine Modeling
• Ignition Enhancement
• Control (closed loop)
• Variable Valve Actuation control strategies
Automotive Gas Turbines
Fuel Injection & Sprays
• Diesel sprays
• SI sprays
Fuels & Engine Adaptation for New Fuels
• CI Engine Performance with Alternative Fuels
• CI Engine Performance with Gas to Liquid
(GTL) Fuels
• Fuels for SI Engines
Engine Components and Subsystems
• Advanced Turbochargers & Power Boost
• Ceramics for Heat Engines
• Engine Bearing Systems
• Power Cylinder Systems
• Variable Valve Actuation Systems
• Electronic Engine Controls
Fuel Cell Power Systems for Transportation
• Vehicle Design for Fuel Cells
• Field Test Results & Experience
• Hydrogen Manufacture, Storage & Handling
• Fuels and Fuel Processing
Transmissions & Drivelines
• Clutch Systems & Controls
• CVTs
• Gear Systems & Driveline
• IVTs
• Launch Devices
• New Transmission Systems
• Hybrid Vehicle Powertrains
Combustion & Flow Diagnostics
In-Cylinder Velocity Measurements
Fundamental Advances in Thermal & Fluid Sciences
Multi-Dimensional Modeling
Vehicle & Engine Systems Analysis & Modeling
INTEGRATED DESIGN & MANUFACTURING
Virtual Engineering
E-manufacturing
Accelerated Testing and Vehicle Reliability
OEM Global Supply Chain
Aftermarket Supply Chain
DFSS/Six Sigma
• Axiomatic Design
• Design for Six Sigma
• Six Sigma
Lean Manufacturing for the Mobility Industry
Uncertainty Modeling
Reliability Testing and DOE
Reliability & Robust Design in Automotive Engineering
DFM
SAFETY / TESTING
SAFETY
Occupant Protection
• Air Bags
• Air Bag Suppression
• Belt Restraints
• Child Passenger Restraints
• Biomechanics
• Pedestrian Safety
• CAE Methods in Crash Safety Applications Occupant Safety
• Rollover
• Rear Impact
• Side Impact
• Accident Reconstruction
• Computer Applications for Crashworthiness
• Vehicle Aggressivity & Compatibility in Crashes
• Safety Test Methodology
• Safety Critical Systems
• Collision Avoidance
• Pre-crash sensing
Fire Safety
• Fire Statistics & Analysis
• Material Flammability & Fire Experiments
• Underhood and Electrical Fires
• Hydrogen Vehicle Fire Safety
• Suppression Systems
BODY ENGINEERING
CAD/CAM/CAE
• Design Simulation
• Design Tools
• Digital Modeling
• Rapid Prototyping
• Virtual Development
Body Design & Engineering
Design Optimization: Methods & Applications
Body Structures
Corrosion Prevention
Glass Applications
Human Factors:
• Seating
• Vision and Visibility
• Comfort
• Mobility
• Telematics
Lighting Technology
Aerodynamics
Wiper Systems
CHASSIS TECHNOLOGY
Braking
• ABS/Controls
• Brake NVH
• Braking Dynamics
• Foundation Brake
• Simulation/Modeling
• Testing
Steering, Chassis & Suspension
• Steering Components & Systems
• Suspension Components & Systems
• Ride
Tires & Wheels
MILITARY VEHICLE TECHNOLOGY
Military Vehicle - Vehicle Modeling and Simulation
Military Vehicle Fuels, Lubes and Water
Military Vehicle Autonomous Systems
• Military Vehicle Micro/Nano-technology
Military Vehicle System Reliability,
Maintenance, Availability and Durability
Military Vehicle Advanced Propulsion System Technology (propulsion)
Military Vehicle Human Modeling & Simulation
