摘要
复进楔紧不到位故障分析是手枪环境试验的重心;为准确分析复杂环境下手枪运动特性,利用ADAMS软件与三维建模软件UG相结合建立了手枪虚拟样机模型;对摩擦因数进行参数化,将仿真所得套筒速度与高速摄影所得实验结果相匹配,拟合不同环境下摩擦因数;然后建立不同环境下样机模型,基于该模型对不同环境下开闭锁可靠性进行了分析;结果表明:将数值仿真技术与传统实验技术相结合,考虑复杂环境的影响,进一步提高了仿真模型的可靠性,缩短了枪械研制周期。
The fault analysis of the wedge is the focus of the pistol environment test. In order to accurately analyze characteristics of pistol in complex environment,the virtual prototype of pistol was established by combining the ADAMS software and the 3D modeling software UG. The friction factor was parameterized,and the simulation results were matched with the experimental results of high speed photography,and the friction factor was fitted under different environment. Then,the prototype model was built in different environment,and the reliability of the open lock was analyzed. Based on the model the kinematics and dynamics characteristic of the main components were obtained. The results show that considering the influence of the complex environment,the combination of numerical simulation technology,the traditional experimental technology can further improve the reliability of the simulation model and greatly shorten the arms development cycle.
出处
《兵器装备工程学报》
CAS
2016年第11期40-43,共4页
Journal of Ordnance Equipment Engineering
关键词
手枪
复杂环境
参数化
速度匹配
pistol
complex environment
parametric
velocity matching
