CAJ | 학술논문

本文根据深海法兰螺栓连接器的工作环境以及工作特点,对法兰连接器的液压系统进行了设计,并对液压系统原理进行了分析.根据液压系统回路建立了螺母库开合液压系统模型及库体推进液压系统模型,使用AMEsim软件对液压系统进行仿真.通过仿真分析活塞杆伸出速度低速平稳性以及库体推进过程压力特性、速度平稳性,从而验证液压系统的设计合理性.
본문근거심해법란라전련접기적공작배경이급공작특점,대법란련접기적액압계통진행료설계,병대액압계통원리진행료분석.근거액압계통회로건립료라모고개합액압계통모형급고체추진액압계통모형,사용AMEsim연건대액압계통진행방진.통과방진분석활새간신출속도저속평은성이급고체추진과정압력특성、속도평은성,종이험증액압계통적설계합이성.
According to the working environment and working characteristics of deep-sea flange bolt connector, designed the flange connect machine hydraulic system , and analysed the principle of the hydraulic system.According to the hydraulic system ,circuit nut open hydraulic system model and the library body thrust hydraulic system model was established , making the simulation of hydraulic system by using AMEsim software.Through the simulation analysis of the piston rod out speed stability, and advancing the process of pressure of library features, speed stability, then verifyed the rationality of the design of the hydraulic system.