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Assessing the Restraint Performance Of Vehicle Seats and Belt Geometry Optimized for Older Children.
| 题名： | Assessing the Restraint Performance Of Vehicle Seats and Belt Geometry Optimized for Older Children. |
| 作者： | J. R., Hu; K. D., Klinich; M. P., Reed |
| 关键词： | Booster Seats; Child Restraint; Cushion Length; Geometry; Infant Restraint Systems; Lap Belt Angle; Occupant Protection; Older Children; Optimized; Safety Countermeasures; Seat Belt Fit; Vehicle Seats |
| 摘要： | In a previous study, a computational model of child occupants 6 to 10 years old (YO) was validated using data from a sled test series with the 6YO and 10YO Hybrid???III ATDs. Simulations using this model were used to identify characteristics of a vehicle seat and belt geometry that would improve occupant protection for older children not using booster seats. The current report presents a series of sled tests to examine the effects for other occupants using vehicle seats optimized for 6??? to 10???year???old children. Tests were conducted with a 12MO CRABI |
| 报告类型： | 科技报告 |
相关文献
- Assessing the Restraint Performance Of Vehicle Seats and Belt Geometry Optimized for Older Children
- Performance of Harnessed Child Restraints on Vehicle Seats with Modified Cushion Lengths and Variable Belt Geometry.
- Optimizing Protection of Rear Seat Occupants: Assessing Booster Performance with Realistic Belt Geometry Using the Hybrid III 6YO ATD.
- Assessing Child Belt Fit, Volume 2: Effect of Restraint Configuration, Booster Seat Designs, Seating Procedure, and Belt Fit on the Dynamic Response of the Hybrid III 10YO ATD in Sled Tests.
- Optimizing Protection of Rear Seat Occupants: Assessing Booster Performance with Realistic Belt Geometry Using the Hybrid III 6YO ATD.
- Optimized restraint systems for rear seat passengers.
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