Title: Accident research for safer Car Design ETSC Best in Europe Conference 21.-22.02.2006
1Accident research for safer Car DesignETSC Best
in Europe Conference 21.-22.02.2006
- Tjark Kreuzinger
- RD, External Affairs Communication, Vehicle
Safety, Toyota Motor Europe
2Content
- Principle and Vision
- The Development Cycle
- Accident Research
- THUMS
3Principle and Vision
4Toyotas Principle and Vision
Principle TODAY for TOMORROW Focus on
proactivity on predicting problems and taking
corrective measures before those problems take
hold
- Vision
- Zeronize Maximize
- Striving to Zeronize the negative impacts of
cars on Society - Maximize the positive impacts on personal
enrichment through comfort, fun and excitement
5Development Cycle
6Accident Research Leads to Safe Design
gt A cycle of continuous improvement
7Accident Research
8Road Traffic Burden 1/2
- 50,000 Road Traffic Fatalities in EU25 per year
(2001) - 1,7 million Injured in EU25 per year
- 1.2 million Road Traffic Fatalities in the World
per year - 50 million Injured in the World per year
Source European Environment Agency 2004
gt Need to improve Road Safety
9Road Traffic Burden 2/2
- WHO expects that by 2020 Road Traffic is 3rd
largest contributor to burden of disease and
injury
gt No action will increase burden by 60 from
today
10Global Accident Analysis
Folksam
CCIS
GIDAS
ITARDA
NASS
Aioi Insurance
SCI
ANCIS
11Global Accident Statistics
12THUMS
13Human Body Simulation
(Total HUman Model for Safety)
gt Designing Cars Safer
14Validated against Real Life Injuries in Accidents
gt Simulation predicts Injuries correctly
15Conclusion
- The design for cars to meet real life safety
requires basic research - A fundamental part of this must be Accident
Research, which helps to understand Accident
Causation and Injury Causation/Mechanism - During design, advanced tools like THUMS can
help increasing protection potential beyond
traditional borders - It is important re-confirm the effect after each
improvement cycle
16Thank you for your Attention.