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首页> 外文会议>International Conference on Mechanical Engineering and Mechanics vol.2; 20051026-28; Nanjing(CN) >The Force on Human in a Human-Weapon Interaction System
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The Force on Human in a Human-Weapon Interaction System

机译：人机交互系统中的人类力量

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摘要

The behaviour of human-weapon system is important to understand the harm level of user by weapon fire. In this paper a dynamical model of the human-weapon system with twelve rigid bodies and thirty-two degree freedoms was built based on the biomechanical features of the human body's structure and the features of human-weapon system. The dynamical model can include the structure of body and the features of human-weapon system in detail, also to reveal the interaction mechanism between human and weapon. The dynamical motion of the system consisting of human and one assault rifle was simulated. The model was validated. The forces on body interaction points and joints were analysed. Some conclusions were drawn. At last, a software tool for the simulation of the human-weapon system was developed. Using the software tool, the work to build model was reduced a lot.
机译：武器系统的行为对于了解武器开火对用户的伤害程度很重要。本文基于人体结构的生物力学特征和人体系统的特征，建立了具有十二个刚体和十二个自由度的人体系统动力学模型。该动力学模型可以详细地包括人体的结构和人体武器系统的特征，还可以揭示人体与武器之间的相互作用机理。模拟了由人和一支突击步枪组成的系统的动态运动。该模型已验证。分析了人体相互作用点和关节上的力。得出了一些结论。最后，开发了用于仿真人武器系统的软件工具。使用该软件工具，可以大大减少构建模型的工作。

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