Restraint effectiveness during rollover motion
Keith A. Friedman, Donald Friedman, Stephen M. Forrest, Steven E. Meyer, Brian F. Herbst, David Chng, Philip Wang
Abstract
Keith A. Friedman, Donald Friedman, Stephen M. Forrest, Steven E. Meyer, Brian F. Herbst, David Chng, Philip Wang
Abstract
A large number of restrained vehicle occupants in the United States suffer severe head and neck injuries during rollover accidents. Occupant protection in rollover impacts can be provided through the use of many components, one of which is the restraint system. The ability of various restraint systems to control occupant kinematics and keep occupant heads away from potential injurious loading conditions is important in providing protection to restrained occupants in rollover impacts. An experimental study was conducted to assess the ability of various restraints to control human volunteer vertical motions. (A) For the covering abstract of the conference see IRRD E201282.
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A large number of restrained vehicle occupants in the United States suffer severe head and neck injuries during rollover accidents. Occupant protection in rollover impacts can be provided through the use of many components, one of which is the restraint system. The ability of various restraint systems to control occupant kinematics and keep occupant heads away from potential injurious loading conditions is important in providing protection to restrained occupants in rollover impacts. An experimental study was conducted to assess the ability of various restraints to control human volunteer vertical motions. (A) For the covering abstract of the conference see IRRD E201282.
Key concepts: Rollover (web design), Kinematics, Engineering, Aeronautics, Automotive engineering, Physical medicine and rehabilitation, Computer science, Medicine