Biomechanical investigation of injury mechanisms in rollover crashes from the ciren database
Stephen A. Ridella, Ana María Eigen
Abstract
Stephen A. Ridella, Ana María Eigen
Abstract
Previous research has described the types of injuries suffered by belted occupants of vehicles involved in rollover crashes. There has been much debate concerning these injuries, in particular the head, spine and thoracic injuries. Since rollovers may result in complex occupant kinematics, extensive crash field and descriptive injury data were analysed from 55 belted occupants involved in 51 rollover crashes taken from the Crash Injury Research Engineering Network (CIREN) database. A methodology to deduce specific body region injury mechanisms of occupants in rollover crashes selected for crash as well as occupant characteristics is outlined. For the covering abstract see ITRD E144229.
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Previous research has described the types of injuries suffered by belted occupants of vehicles involved in rollover crashes. There has been much debate concerning these injuries, in particular the head, spine and thoracic injuries. Since rollovers may result in complex occupant kinematics, extensive crash field and descriptive injury data were analysed from 55 belted occupants involved in 51 rollover crashes taken from the Crash Injury Research Engineering Network (CIREN) database. A methodology to deduce specific body region injury mechanisms of occupants in rollover crashes selected for crash as well as occupant characteristics is outlined. For the covering abstract see ITRD E144229.
Key concepts: Rollover (web design), Crash, Engineering, Forensic engineering, Poison control, Crashworthiness, Physical medicine and rehabilitation, Aeronautics