首页|单兵负重行走生物力学仿真评估系统开发

单兵负重行走生物力学仿真评估系统开发

扫码查看
基于Matlab App Designer与AnyBodyTM Modeling System设计开发一款App,实现针对不同身高、体重和百分位的人体模型,在人体外部不同位置、不同质量的负载环境下,探究人体肌骨系统生物力学响应.应用虚拟人模型仿真分析法,在负重环境下进行步态分析.应用Matlab编程语言输入人体参数和外部负载环境参数,驱动Anybody软件运行以及输出生物力学分析结果.其结果与前人研究结果相比基本吻合[1].上述App可视化界面具体直观、交互性强特点,能够为仿真分析提供便利、减少重复性工作,节省工作量,提高工作效率,也为后续应用开发及扩展提供参考.
Development of Biomechanical Simulation Evaluation System for Individual-Soldier Walking with Load
This article designs and develops an App based on Matlab App Designer and AnyBodyTM Modeling Sys-tem,which realizes the human body models for different heights,weights,and percentiles,and explores the biomechan-ical response of the human musculoskeletal system under the load environment of different positions and different mas-ses outside the human body.The gait analysis was carried out under the load-bearing environment by applying the simulation analysis method of the virtual human model.The Matlab programming language is used to input human body parameters and external load environment parameters,drive the Anybody software to run,and output biomechani-cal analysis results.The results are basically consistent with those of previous studies.The visual interface of this App is specific,intuitive,and highly interactive,which can provide convenience for simulation analysis,reduce repetitive work,save workload,improve work efficiency,and also provide a reference for subsequent application development and expansion.

Human modelGait analysisMusculoskeletal biomechanics

姜维胜、周前祥、李晨明

展开 >

北京航空航天大学 生物与医学工程学院,北京 100191

军需工程技术研究所,北京 100010

人体模型 步态分析 肌骨生物力学

2024

计算机仿真
中国航天科工集团公司第十七研究所

计算机仿真

CSTPCD
影响因子:0.518
ISSN:1006-9348
年,卷(期):2024.41(5)
  • 5