Human Engineering Research Laboratories / Prevention (iRAP) Laboratory / RESNA / GE / / /
Facility
American National Standards Institute / University of Pittsburgh Centers for Disease Control and Prevention / University of Pittsburgh / Forbes Tower / BS University of Pittsburgh / / /
IndustryTerm
restraint devices / energy absorption scenario / energy absorption properties / attachment hardware / high energy absorption/permanent deformation / energy absorption influence submarining risk / anthropomorphic test device / energy absorption / seat energy absorption properties / sheet metal pan / seat energy absorption scenarios / equipment manufacturer / wheelchair systems / energy absorbance / energy-absorbing foam / wheelchair transportation / energy absorption factor / seat attachment hardware / energy absorption scenarios / seat energy absorption/permanent deformation / occupant restraint systems / wheelchair-seating systems / energy absorption characteristics / seat energy absorption / seat energy absorption characteristics / energy / /
Organization
University of Pittsburgh / Pittsburgh Centers for Disease Control and Prevention / Society of Automotive Engineers / Assistive Technology Society of North America / American National Standards Institute / American National Standards Institute/Rehabilitation Engineering and Assistive Technology Society of North America / Center for Injury Research and Control / America-Spinal Cord Research Foundation / Engineering Society of North America / /
Journal of Rehabilitation Research and Development Vol. 40, No. 2, March/April 2003 Pages 125–130 The effects of wheelchair-seating stiffness and energy absorption on occupant frontal impact kinematics and submarining