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DEVELOPMENT OF CRITERIA AND STANDARDS FOR VEHICLE COMPATIBILITY
Published June 04, 2001 by National Highway Traffic Safety Administration in United States
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This paper summarises the results of a project on vehicle crash compatibility, run by European automotive industry together with some research institutes. The project was funded by the European commission as BE97-4049.
There are three main issues that can be detected in real world accidents, influencing vehicle compatibility. These issues are mass differences, compartment integrity with regard to frontal car-to-car impact, and differences in bumper and sill height in side impact. Longitudinal mismatch in frontal impact, front end stiffness and other items which are from a theoretical point of view responsible for vehicle aggressiveness are not seen influential from the view point of real world accidents.
On the other hand, compartment collapse occurs, when there is not sufficient deformation energy available in vehicle front-end. And deformation energy is available, when it is provided by vehicle structures and when these structures interact. So compartment collapse can only be avoided, as long as sufficient deformation energy is available and is effective within the car-to-car collision.
So the paper will provide results with regard to the questions of deformation management. It will give guidelines for future research on compatibility, which has to focus on the problem of structural interaction.
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CitationZobel, R. and Schwarz, T., "DEVELOPMENT OF CRITERIA AND STANDARDS FOR VEHICLE COMPATIBILITY," SAE Technical Paper 2001-06-0060, 2001.
- Angulo, T. Car to Car Offset Compatibility Crash Test, European Automotive Congress Paper STA99C107 1999
- Appel, H. Deter, T. Crash compatibility of passenger cars achievable, but how? International Conference on Vehicle Safety 2000 7–9 June 2000 55 65
- Appel, H. Deter, Th. Kollisions-Kompatibilität bei Personenkraftwagen erreichen, aber wie? VDI Berichte Nr. 1471 1999 3 42
- Steyer, C. Delannoy, P. Proposal to improve compatibility in head on collisions 16th international conference on the enhanced safety vehicles. Paper 98-S3-O-05 1998
- Zeidler, F. Knöchelmann, F. The Influence of Frontal Crash Test Speeds on the Compatibility of Passenger Cars in Real World Accidents International Symposium on Real World Crash Injury Research Leicestershire, UK June 1997
- Zeidler, F. Knöchelmann, F. Scheunert, D. Possibilities and Limits in the Design of Compatible Cars for Real World Accidents,1999-01-0068 SAE-Conference Detroit, Michigan March 1–4 1999
- Zobel, R. 1998
- Zobel, R. Demands for compatibility of passenger vehicles 16th international conference on the enhanced safety vehicles. Paper 98-S3-O-10 1998
- Zobel, R. Accident Analysis and Measures to Establish Compatibility, 1999-01-0065, SAE-Conference Detroit, Michigan March 1–4 1999
- Zobel, R. Schwarz, T. Determination of compartment stiffness for compatible design of passenger vehicle front structures 2000