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Yang H.Y. (2012) Prevent and Stripes for the Optimization Design of the Safety Seat Research. Hunan University, Changsha.

has been cited by the following article:

  • TITLE: Analysis of Vehicle Seat and Research on Structure Optimization in Front and Rear Impact

    AUTHORS: Haining Chen, Hao Chen, Liangjie Wang

    KEYWORDS: Front and Rear Impact, Seat, Occupant Injuries, Optimization

    JOURNAL NAME: World Journal of Engineering and Technology, Vol.2 No.2, May 15, 2014

    ABSTRACT: This paper used the Hyper Mesh and LS-DYNA software to establish a dummy-seat finite element simulation model. The head, chest and neck injury of the dummy were analyzed respectively in the frontal impact and rear impact. It was indicated that modification of seat was needed to meet the requirements. The simulation results showed that the original model cannot provide effective protection for the occupants and need for structural improvements. According to the simulation results of deformation and stress conditions of the seat parts, the original seat structure was improved and optimized for four improvement schemes, including the structure optimization of the seat side panel, the center hinge, framework under the cushion and the backrest lock. The results indicated that the optimized seat improved the occupant protection performance by reducing occupant damage parameters compared with original seat, which illustrated that the optimization basically met the target.