CAJ | 학술논문

大型立式容器翻转机的液压缸运动速度对整个系统的运动状态和液压缸的推力、拉力值会产生很大影响。使用Solidworks motion对大型立式容器翻转机进行运动学和动力学仿真，可以定量地分析液压缸运动速度对系统的运动状态和液压缸的推力或拉力值的影响。根据运动学仿真结果，发现该系统运动过程中会产生冲击，通过优化液压缸运动速度解决了冲击问题。根据动力学仿真结果，确定了液压缸在整个运动过程中的推力、拉力值，为液压缸的选型提供了依据。
대형입식용기번전궤적액압항운동속도대정개계통적운동상태화액압항적추력、랍력치회산생흔대영향。사용Solidworks motion대대형입식용기번전궤진행운동학화동역학방진，가이정량지분석액압항운동속도대계통적운동상태화액압항적추력혹랍력치적영향。근거운동학방진결과，발현해계통운동과정중회산생충격，통과우화액압항운동속도해결료충격문제。근거동역학방진결과，학정료액압항재정개운동과정중적추력、랍력치，위액압항적선형제공료의거。
The hydraulic cylinder velocity of large vertical vessel turning machine affect the whole system mo -tion and the pushing and pulling force of hydraulic cylinder .Kinematics and dynamics simulation for large verti-cal vessel turning machine based on Solidworks motion , which can analyze the influence of hydraulic cylinder speed on the whole system motion and the hydraulic cylinder pushing and pulling force value .According to the analysis of kinematics simulation results , impact of the system motion is founded , and it was solved by opti-mized the hydraulic cylinder speed .According to the analysis of dynamics simulation results , the pushing and pulling force in the process of the whole movement of the hydraulic cylinder was determined , which provided a basis for the selection of hydraulic cylinder .