Page 72 - 《振动工程学报》2026年第5期

1276 振 动 工 程 学 报 第 39 卷

体动力学模型。试验和基于模型预测的身体振动传 bility and apparent mass[J]. Journal of Sound and Vibration，
递函数的拟合优度不小于 0.91，表明本文所提坐姿 2012，331（26）：5880-5894.
[10] ZHENG G T，QIU Y，GRIFFIN M J. Fore-and-aft and dual-
人体动力学模型能够较好地预测三轴振动激励同时
axis vibration of the seated human body：nonlinearity，cross-
作用下座椅到人体胸椎、腰椎 L3 和盆骨的振动传递
axis coupling， and associations between resonances in the
特性。其次，基于人体动力学模型预测坐姿人体模 transmissibility and apparent mass[J]. International Journal of
态特性，揭示了人体表观质量和身体振动传递函数 Industrial Ergonomics，2019，69：58-65.
中共振峰的发生机理，并发现坐姿人体在矢状面和 [11] ABDUL JALIL N A， GRIFFIN M J. Fore-and-aft apparent
冠状面内的运动不存在明显的耦合现象。本文获取 mass of the back： nonlinearity and variation with vertical
的人体振动试验数据和预测的模态特性为探究多轴 location[J]. Journal of Sound and Vibration， 2008， 318（ 4-
5）：1348-1363.
振动激励下的人体动力学响应和乘坐舒适性的演变
[12] DONG R G，WELCOME D E，MCDOWELL T W，et al.
规律奠定了基础，提供的人体动力学建模与标定方
Theoretical foundation，methods，and criteria for calibrating
法也为进一步开展人体-座椅-车辆耦合系统的振动 human vibration models using frequency response
舒适性和腰椎动态载荷预测研究提供了支持。 functions[J]. Journal of Sound and Vibration， 2015， 356：
195-216.
参考文献： [13] WU J， QIU Y， ZHOU H. Biodynamic response of seated
human body to vertical and added lateral and roll vibrations[J].
Ergonomics，2022，65(4)：546-560.
[1] HUANG Y， GRIFFIN M J. Effect of voluntary periodic
[14] 林泽峰，林杰威，郑旭，等. 侧倾-垂向双轴激励下的坐姿
muscular activity on nonlinearity in the apparent mass of the
人体生物动力学特性 [J]. 声学学报，2024，49（2）：183-
seated human body during vertical random whole-body vibra-
193.
tion[J]. Journal of Sound and Vibration， 2006， 298（ 3） ：
LIN Zefeng， LIN Jiewei， ZHENG Xu， et al. Biodynamic
824-840.
characteristics of seated human body under roll-vertical vibra-
[2] Mechanical vibration and shock-evaluation of human expo-
tion[J]. Acta Acustica，2024，49（2）：183-193.
sure to whole body vibration-part 1： general requirements：
[15] 陈晨旭，邱毅，刘迟，等. 仰卧人体在三轴单向全身振动
ISO 2631-1： 1997[S]. International Organization for Stan-
激励下的振动传递特性 [J]. 声学学报，2024，49（2）：202-
dardization，1997.
208.
[3] NAWAYSEH N， ALCHAKOUCH A， HAMDAN S. Tri-
CHEN Chenxu，QIU Yi，LIU Chi，et al. Transmissibility of
axial transmissibility to the head and spine of seated human
supine human body exposed to tri-axial unidirectional whole-
subjects exposed to fore-and-aft whole-body vibration[J]. Jour-
body vibration[J]. Acta Acustica，2024，49（2）：202-208.
nal of Biomechanics，2020，109：109927.
[16] HUANG Y，GRIFFIN M J. Nonlinear dual-axis biodynamic
[4] QIU Y，GRIFFIN M J. Transmission of vibration to the back-
response of the semi-supine human body during vertical
rest of a car seat evaluated with multi-input models[J]. Journal
whole-body vibration[J]. Journal of Sound and Vibration，
of Sound and Vibration，2004，274（1-2）：297-321.
2008，312（1-2）：296-315.
[5] QIU Y，GRIFFIN M J. Modelling the fore-and-aft apparent [17] HUANG Y， GRIFFIN M J. Nonlinearity in apparent mass
mass of the human body and the transmissibility of seat back- and transmissibility of the supine human body during vertical
rests[J]. Vehicle System Dynamics，2011，49（5）：703-722. whole-body vibration[J]. Journal of Sound and Vibration，
[6] LIU C，QIU Y. Localised apparent masses over the interface 2009，324（1-2）：429-452.
between a seated human body and a soft seat during vertical [18] HUANG Y，FERGUSON N. Principal component analysis of
whole-body vibration[J]. Journal of Biomechanics， 2020， the cross-axis apparent mass nonlinearity during whole-body
109：109887. vibration[J]. Mechanical Systems and Signal Processing，
[7] LIU C， QIU Y. Mechanism associated with the effect of 2021，146：107008.
backrest inclination on biodynamic responses of the human [19] BAI X X，XU S X，CHENG W，et al. On 4-degree-of-free-
body sitting on a rigid seat exposed to vertical vibration[J]. dom biodynamic models of seated occupants：lumped-param-
Journal of Sound and Vibration，2021，510：116299. eter modeling[J]. Journal of Sound and Vibration， 2017，
[8] ZHAO Y L，BI F R，KHAYET M，et al. Study of seat-to- 402：122-141.
head vertical vibration transmissibility of commercial vehicle [20] WANG X， BI F R， DU H P. Reduction of low frequency
seat system through response surface method modeling and vibration of truck driver and seating system through system
Genetic Algorithm[J]. Applied Acoustics， 2023， 203： parameter identification， sensitivity analysis and active
109216. control[J]. Mechanical Systems and Signal Processing，
[9] ZHENG G T，QIU Y，GRIFFIN M J. Vertical and dual-axis 2018，105：16-35.
vibration of the seated human body：nonlinearity，cross-axis [21] WEI L，GRIFFIN M J. Mathematical models for the apparent
coupling，and associations between resonances in transmissi- mass of the seated human body exposed to vertical