CAJ | 학술논문

水下连接器振动测试技术采用液压振动测试技术,对水下连接器振动测试装置进行总体方案设计,主要包括机械结构方案设计、液压系统方案设计、控制系统方案设计3部分.论述了水下连接器振动测试装置技术的基本工作原理,并对三个部分进行方案设计.针对液压伺服系统进行了技术研究,包括液压伺服系统的基本原理、负载分析、控制系统回路.采用AMESim仿真软件对液压控制系统进行动态仿真分析,搭建了水下连接器振动测试技术液压系统仿真模型,对液压系统子模型选取及参数设定,得出了位移和速度曲线,并分析了曲线部分失真的原因.
수하련접기진동측시기술채용액압진동측시기술,대수하련접기진동측시장치진행총체방안설계,주요포괄궤계결구방안설계、액압계통방안설계、공제계통방안설계3부분.논술료수하련접기진동측시장치기술적기본공작원리,병대삼개부분진행방안설계.침대액압사복계통진행료기술연구,포괄액압사복계통적기본원리、부재분석、공제계통회로.채용AMESim방진연건대액압공제계통진행동태방진분석,탑건료수하련접기진동측시기술액압계통방진모형,대액압계통자모형선취급삼수설정,득출료위이화속도곡선,병분석료곡선부분실진적원인.
Vibration testing of subsea connector technology uses hydraulic vibration test technology. Overall program design of subsea connector vibration test device has made, including mechanical structure, hydraulic system, control systems. The basic operating principle of subsea connector's vibration test equipment and technology has discussed, and three parts of device has designed. The technical has studied for Hydraulic servo system, including the basic principles of the hydraulic servo system, loading analysis, control system loop. Dynamic simulation analysis for hydraulic control system has made by using AMESim that a simulation software. The simulation model for technology of hydraulic vibration test system has built. The sub-model's selection and parameter setting of the hydraulic system has set up. Displacement and velocity curve was obtained and the causes of curve's distortion were analyzed.