Page 350 - 《振动工程学报》2025年第11期
P. 350

2808                               振     动     工     程     学     报                     第 38 卷

                  nal of Experimental Physiology,1988,73(4):487-500.  [31]  NACHEMSON  A.  Towards  a  better  understanding  of  low-
              [27]  陈满,赵清海,杨景周. 考虑座椅靠背倾角对人体振动的                      back pain:a review of the mechanics of the lumbar disc[J].
                  响应研究   [J]. 机械设计,2023,40(2):77-83.                Rheumatology and Rehabilitation,1975,14(3):129-143.
                  CHEN Man,ZHAO Qinghai,YANG Jingzhou. Research on  [32]  MANDAL  A  C.  Investigation  of  the  lumbar  flexion  of  the
                  human-body vibration response with backrest inclination taken  seated  man[J].  International  Journal  of  Industrial  Ergono-
                  into account[J]. Journal of Machine Design,2023,40(2):  mics,1991,8(1):75-87.
                  77-83.                                        [33]  SHIELDS R K,COOK T M. Effect of seat angle and lumbar
              [28]  杜长江,乔宇,彭伟强,等. 基于工况分析的零重力座椅                      support  on  seated  buttock  pressure[J].  Physical  Therapy,
                  乘坐姿态研究    [J]. 中国汽车,2023,33(10):61-64.
                                                                    1988,68(11):1682-1686.
                  DU  Changjiang, QIAO  Yu, PENG  Weiqiang, et  al.
                                                                [34]  CABALLERO-BRUNO I,TÖPFER D,WOHLLEBE T,et
                  Research  on  seating  position  of  zero-gravity-seats  based  on
                                                                    al. Assessing car seat posture through comfort and user experi-
                  working condition analysis[J]. China Auto,2023,33(10):
                                                                    ence[J]. Applied Sciences,2022,12(7):3376.
                  61-64.
                                                                [35]  尹玮倓,邱毅. 三轴振动激励下悬挂座椅垂向传递率试验
              [29]  谢杰,高开展,陈宇,等. 乘用车零重力座椅舒适姿态及
                                                                    研究  [J]. 声学学报,2024,49(2):209-216.
                  体压分布研究    [J]. 汽车工程学报,2025,15(4):603-610.
                                                                    YIN Weitan,QIU Yi. An experimental study of the vertical
                  XIE  Jie, GAO  Kaizhan, CHEN  Yu, et  al.  Research  on
                                                                    transmissibility  of  the  suspension  seat  with  tri-axis  transla-
                  comfortable  posture  and  body  pressure  distribution  for  auto-
                                                                    tional vibration[J]. Acta Acustica,2024,49(2):209-216.
                  motive  zero-gravity  seats[J].  Chinese  Journal  of  Automotive
                  Engineering,2025,15(4):603-610.
              [30]  张程. 乘用车零重力座椅布置及优化设计           [J]. 汽车文摘,    第一作者:粟芷馨(2000—),女,硕士研究生。
                  2023(4):35-39.                                        E-mail:zhixin1215@zju.edu.cn
                  ZHANG Cheng. Car zero gravity seat layout and optimization  通信作者:刘 迟(1985—),男,博士,研究员。
                  design[J]. Automotive Digest,2023(4):35-39.           E-mail:chi.liu@zju.edu.cn


              附 录

                            6                                     6
                                                       座垫                                    座垫
                           传递率  4 2                              传递率  4 2



                            0                                     0
                                                       靠背                                    靠背
                           传递率  4 2                              传递率  4 2




                            0                                     0
                              0     5     10    15    20           0     5     10     15    20
                                          频率 / Hz                               频率 / Hz
                                      (a) 垂向振动正常靠背                         (b) 垂向振动大倾角靠背
                                (a) Normal backrest with vertical vibration  (b) Large-backrest-angle with vertical vibration
                            6                                     6
                                                       座垫                                    座垫
                           传递率  4 2                              传递率  4 2



                            0                                     0
                                                       靠背                                    靠背
                           传递率  4 2                              传递率  4 2



                            0                                     0
                              0     5     10    15    20           0     5     10     15    20
                                          频率 / Hz                               频率 / Hz
                                      (c) 侧向振动正常靠背                         (d) 侧向振动大倾角靠背
                                (c) Normal backrest with lateral vibration  (d) Large-backrest-angle with lateral vibration

                                                     2
                                           图 A1 0.2 m/s  r.m.s.振动激励下的座椅振动传递率
                                                                         2
                                Fig. A1 Vibration transmissibility of seats under 0.2 m/s  r.m.s. vibration excitation
   345   346   347   348   349   350   351   352   353   354   355