Modeling and Numerical Investigation of the Biomechanical Interaction for Human-Rifle System

Je-Wook Chae; Young-Shin Lee

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Modeling and Numerical Investigation of the Biomechanical Interaction for Human-Rifle System

机译：步枪系统生物力学相互作用的建模与数值研究

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This paper represents the description of a complex mathematical model of biomechanical interaction for human-rifle system during shooting. The model is developed by finite element method using bar elements. And three typical shooting positions, i.e. standing, kneeling and prone are used. Characteristics of interior/exterior ballistics and behaviors of human-rifle system are evaluated by this model, which takes into account the influence of environment, bullet, powder, barrel geometry parameters and anthropological parameters. The results of this study can be applied to anthropology, biomechanics, medical science, gait analysis, interior ballistics and exterior ballistics.

机译：本文描述了在射击过程中人类步枪系统生物力学相互作用的复杂数学模型的描述。该模型是使用杆元素通过有限元方法开发的。并且使用三个典型的射击姿势，即站立，跪下和俯卧。该模型考虑了环境，子弹，火药，枪管的几何参数和人类学参数的影响，评估了内部/外部弹道的特性以及人类步枪系统的行为。这项研究的结果可以应用于人类学，生物力学，医学，步态分析，内部弹道学和外部弹道学。

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《KSME International Journal》 |2004年第12期|共11页
作者
Je-Wook Chae; Young-Shin Lee;
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正文语种 eng
中图分类机械学（机械设计基础理论）;
关键词
Human-Rifle System; Small Arms; Standing Position; Kneeling Position; Prone Position; Ballistics; Dispersion Characteristics;

机译：人枪系统小臂站立姿势跪姿立柱姿势弹道分散特性;

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1. Modeling and Numerical Investigation of the Biomechanical Interaction for Human-Rifle System [J] . Je-Wook Chae, Young-Shin Lee KSME International Journal . 2004,第12期

机译：步枪系统生物力学相互作用的建模与数值研究
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Modeling and Numerical Investigation of the Biomechanical Interaction for Human-Rifle System

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