승객 상해치 감소를 위한 측면 에어백의 역할
김동석, 이명식
Abstract
김동석, 이명식
Abstract
In order to reduce passenger injuries in side collisions, car makers are developing a side impact airbag system while . Volvo has already adopted. This study examines dummy injury reduction effect of a side airbag system using full car side impact simulation according to FMVSS 214 test procedure. The simulation result without side mrbag shows a good correlation with test data. The folded airbag simulation is carried out to check main design factors. Through the simulation with side airag module integrated in the seat frame, it is found that the side airbag system provides a substantially enhanced protection for car occupants in side collisions.
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In order to reduce passenger injuries in side collisions, car makers are developing a side impact airbag system while . Volvo has already adopted. This study examines dummy injury reduction effect of a side airbag system using full car side impact simulation according to FMVSS 214 test procedure. The simulation result without side mrbag shows a good correlation with test data. The folded airbag simulation is carried out to check main design factors. Through the simulation with side airag module integrated in the seat frame, it is found that the side airbag system provides a substantially enhanced protection for car occupants in side collisions.
Key concepts: Airbag, Side impact, Automotive engineering, Far side of the Moon, Computer science, Engineering, Structural engineering, Geophysics