Influence of vehicle secondary impact following an emergency braking on an unbelted occupant's neck, head and thorax injuries

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    11 Citations (Scopus)

    Abstract

    Passive safety has for many years reduced the number of fatalities on the roads. However, its effect on occupants safety has now stabilised, meaning that new active safety features are needed to reduce further the number of casualties. These active safety features, like autonomous emergency braking (AEB), aim to prevent vehicle collisions and reduce the vehicle kinetic energy on impact. A previous study has shown that unbelted occupants kinematics are affected by the pre-braking phase, suggesting that the occupant's hand positions on the steering wheel, combined with a bracing behaviour, could cause the occupant to miss the deploying airbag in the case of a secondary rigid wall impact. This paper will investigate the variations of the secondary vehicle impact crash patterns by calculating crash pulses based on typical vehicle frontal accident scenarios and conclude on these effects on the human occupant's neck, head and thorax injuries.
    Original languageEnglish
    Pages (from-to)215-224
    JournalInternational Journal of Crashworthiness
    Volume18
    Issue number3
    DOIs
    Publication statusPublished - 2013

    Fingerprint

    Braking
    accident
    Kinetic energy
    road
    scenario
    energy
    Wheels
    Accidents
    Kinematics
    cause

    Bibliographical note

    The full text of this item is not available from the repository.
    This is an electronic version of an article published in the International Journal of Crashworthiness, 18 (3), pp. 215-224. The International Journal of Crashworthiness is available online at: http://www.tandfonline.com/doi/abs/10.1080/13588265.2013.775094.

    Keywords

    • active safety
    • bracing
    • human body modelling
    • low g deceleration
    • multi-body
    • reflexes

    Cite this

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    title = "Influence of vehicle secondary impact following an emergency braking on an unbelted occupant's neck, head and thorax injuries",
    abstract = "Passive safety has for many years reduced the number of fatalities on the roads. However, its effect on occupants safety has now stabilised, meaning that new active safety features are needed to reduce further the number of casualties. These active safety features, like autonomous emergency braking (AEB), aim to prevent vehicle collisions and reduce the vehicle kinetic energy on impact. A previous study has shown that unbelted occupants kinematics are affected by the pre-braking phase, suggesting that the occupant's hand positions on the steering wheel, combined with a bracing behaviour, could cause the occupant to miss the deploying airbag in the case of a secondary rigid wall impact. This paper will investigate the variations of the secondary vehicle impact crash patterns by calculating crash pulses based on typical vehicle frontal accident scenarios and conclude on these effects on the human occupant's neck, head and thorax injuries.",
    keywords = "active safety, bracing, human body modelling, low g deceleration, multi-body, reflexes",
    author = "Christophe Bastien and C. Neal-Sturgess and Blundell, {Mike V.}",
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    AU - Blundell, Mike V.

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    AB - Passive safety has for many years reduced the number of fatalities on the roads. However, its effect on occupants safety has now stabilised, meaning that new active safety features are needed to reduce further the number of casualties. These active safety features, like autonomous emergency braking (AEB), aim to prevent vehicle collisions and reduce the vehicle kinetic energy on impact. A previous study has shown that unbelted occupants kinematics are affected by the pre-braking phase, suggesting that the occupant's hand positions on the steering wheel, combined with a bracing behaviour, could cause the occupant to miss the deploying airbag in the case of a secondary rigid wall impact. This paper will investigate the variations of the secondary vehicle impact crash patterns by calculating crash pulses based on typical vehicle frontal accident scenarios and conclude on these effects on the human occupant's neck, head and thorax injuries.

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    KW - bracing

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    KW - reflexes

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