CAJ | 학술논문

为减小某型遥控武器站连续射击时的炮口扰动,提高其射击精度,建立了一种遥控武器站动力学模型,对其缓冲器进行研究.按照炮身运动环4个阶段建立了运动微分方程得到炮身运动诸元以及缓冲簧的受力情况,并通过三维建模软件 SolidWorks 以及动力学分析软件 RecurDyn,在缓冲器不同刚度、阻尼和预压力等条件下,对遥控武器站进行了连续射击的动力学仿真.该研究获得了炮口振动特性曲线,掌握了缓冲器对武器站连续射击炮口扰动的影响规律.
위감소모형요공무기참련속사격시적포구우동,제고기사격정도,건립료일충요공무기참동역학모형,대기완충기진행연구.안조포신운동배4개계단건립료운동미분방정득도포신운동제원이급완충황적수력정황,병통과삼유건모연건 SolidWorks 이급동역학분석연건 RecurDyn,재완충기불동강도、조니화예압력등조건하,대요공무기참진행료련속사격적동역학방진.해연구획득료포구진동특성곡선,장악료완충기대무기참련속사격포구우동적영향규률.
To reduce the muzzle disturbance of certain type remote weapon station when it continuous shooting and to improve the shooting accuracy, establish a dynamic model of the remote control weapon station and research its buffer. According to the four stages of the gun barrel movement, differential equations of motion for the gun barrel and buffer spring is establish, and use the 3D modeling software SolidWorks and dynamic analysis software RecurDyn to simulation the continuous shooting conditions in different stiffness, damping and pre-pressure of the buffer. Get the weapon muzzle vibration characteristic curve, and find out the influence of buffers on the weapon station.