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Identification of Key Vehicle Parameters for Pedestrian Impact Safety
ISSN: 0148-7191, e-ISSN: 2688-3627
Published October 23, 2005 by The Automotive Research Association of India in India
Annotation ability available
Event: International Mobility Engineering Congress & Exposition 2005 - SAE India Technology for Emerging Markets
Pedestrians forming the most important casualty of road accidents, European countries have brought in new laws for vehicles to be made safer for pedestrian impacts. The needs of pedestrian safety are different from current requirements such as low speed or insurance impacts. To fulfill both traditional vehicle to vehicle and pedestrian safety requirements, design changes are needed to find a good balance. However, design limitations are imposed in order to conserve the styling and aesthetics of the front end, which define the image and often handling/aerodynamics of the car. Thus, numerous boundary conditions, both mechanical and non-mechanical, should be taken into account during the implementation of pedestrian safety solutions.
This study breaks out part of vehicle front profile, which can be explicitly given values. These values have been based on 2-D simulations conducted across four vehicle categories available in the Indian scenario.
CitationPathare, R., Tawde, N., and Miraje, A., "Identification of Key Vehicle Parameters for Pedestrian Impact Safety," SAE Technical Paper 2005-26-320, 2005, https://doi.org/10.4271/2005-26-320.
- Woodson, W. E. Tillman, B. & P. Human factors Design Handbook
- Droste, A. Naughton, P. Gate, P. Dow Automotive, The Virtual Stiffness Profile a design methodology for pedestrian safety IMechE, 2002-01-2119
- Neale, M. Oakley, C. Transportation Research Lab, UK, Development of pedestrian model for reviewing EEVC WG10 upper legform test energies IMechE, C567/014/2000
- Glasson, E. Bonnoit, J. Numerical Analysis of Car Front End Module regarding pedestrian lower limb safety IMechE, C567/016/2000
- Yang, J. Sweden, Approach to improve the vehicle-front design for pedestrian protection using mathematical model IMechE, C567/023/2000
- Mohan, D. Dr. INDIAN INSTITUTE OF TECHNOLOGY DELHI Transportation Research and Injury Prevention Programme The Road Ahead Traffic Injuries and Fatalities In India April 2004
- Effect of pedestrian protection on styling and Engineering of vehicles IMechE, C567/032/2000
- European New Car Assessment Programme (E-NCAP)
- Pedestrian Testing Protocol Jan 2003
- Pedestrian Protection By Vehicle Design An International Seminar Adelaide 25 & 26 February 1999 The Federal Office of Road Safety, Australian Department of Transport & Regional Services
- 4 th European LS-DYNA Users Conference Occupant II/Pedestrian Safety
- Dutton, T. Finite Element Model for European Testing Pedestrian ImpactorsforWG17
- Frank, T. Daimler Chrysler, Kurz, A. LASSO Development and Validation of Numerical Pedestrian Impactor Models