CAJ | 학술논문

为实现三脚架式轻武器检验定型的自动化和标准化，需设计一种轻武器拟人射击试验平台。而拟人射击平台设计的最重要环节是建立人枪相互作用系统模型。本文首先通过三脚架式轻武器卧姿抵肩射击试验，获取了真实的枪肩相互作用试验数据；然后使用模态参数识别辨识出人枪系统模型的模态参数，并对人枪系统进行了三维建模。最后通过有限元分析软件完成了拟人模型的动力学仿真。仿真结果验证了试验建模方法建立人枪相互作用系统模型的可行性。
위실현삼각가식경무기검험정형적자동화화표준화，수설계일충경무기의인사격시험평태。이의인사격평태설계적최중요배절시건립인창상호작용계통모형。본문수선통과삼각가식경무기와자저견사격시험，획취료진실적창견상호작용시험수거；연후사용모태삼수식별변식출인창계통모형적모태삼수，병대인창계통진행료삼유건모。최후통과유한원분석연건완성료의인모형적동역학방진。방진결과험증료시험건모방법건립인창상호작용계통모형적가행성。
In order to realize the automation and standardization of small arm experiment,a new kind of human-imitate shooting platform need to be designed. And the main part of shooting platform design is the modeling of human-gun interaction system. Firstly,the testing scheme is promoted for testing interaction between gun and human shoulder,and high quality test data is collected. Then, the model parameter of human-gun system is calculated by the method of model parameter identification. 3D model of human-gun system is built. At last, the dynamic simulation is made by ADAMS. And the human-gun model built by experiment method is verified.