The vehicle-bicyclist impact is studied in this paper. After analysis of the accidents in Palermo in the last years, the multibody simulation of the crash is executed by making use of Visual Nastran. Dummy, car and bicycle are those used in previous works. The attention is on a teenage cyclist, because the data on this argument are found in literature with difficulty. The impact is simulated at four different speeds until 50 km/h, with three different positions of the cyclist relative to the vehicle: frontal, side and rear. In particular the injury of the head is analyzed using the parameter HIC and the chest injury is analyzed by 3 ms criterion; the likelihood AIS 4+ is calculated, concluding that head injury is more dangerous in the case of teenage pedestrian, while chest injury is more dangerous in the case of the cyclist.

Carollo, F., Virzi' Mariotti, G., Scalici, E. (2014). Biomechanics Parameters in the Vehicle-Cyclist Crash with Accident Analysis in Palermo. In Proceedings of the 5th European Conference of Mechanical Engineering (ECME' 14) (pp.139-148). Firenze : Naun.

Biomechanics Parameters in the Vehicle-Cyclist Crash with Accident Analysis in Palermo

CAROLLO, Filippo;VIRZI' MARIOTTI, Gabriele;SCALICI, Edoardo
2014-01-01

Abstract

The vehicle-bicyclist impact is studied in this paper. After analysis of the accidents in Palermo in the last years, the multibody simulation of the crash is executed by making use of Visual Nastran. Dummy, car and bicycle are those used in previous works. The attention is on a teenage cyclist, because the data on this argument are found in literature with difficulty. The impact is simulated at four different speeds until 50 km/h, with three different positions of the cyclist relative to the vehicle: frontal, side and rear. In particular the injury of the head is analyzed using the parameter HIC and the chest injury is analyzed by 3 ms criterion; the likelihood AIS 4+ is calculated, concluding that head injury is more dangerous in the case of teenage pedestrian, while chest injury is more dangerous in the case of the cyclist.
24-nov-2014
RECENT ADVANCES in MECHANICAL ENGINEERING
Florence, Italy
November 22-24, 2014
ott-2014
2014
10
http://www.wseas.org/main/conferences/2014/Florence/Program.pdf
Carollo, F., Virzi' Mariotti, G., Scalici, E. (2014). Biomechanics Parameters in the Vehicle-Cyclist Crash with Accident Analysis in Palermo. In Proceedings of the 5th European Conference of Mechanical Engineering (ECME' 14) (pp.139-148). Firenze : Naun.
Proceedings (atti dei congressi)
Carollo, F; Virzi' Mariotti, G; Scalici, E
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10447/102701
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