摘要
为解决水下生产设施液压控制系统设计过程繁琐等问题,将AMESim软件的液压仿真技术与Visual Basic软件设计技术相结合,并将之应用于参数校核和系统仿真分析中。开展了对水下生产液压控制系统的工作原理以及组成元件的分析,建立了辅助软件设计与基本设计思路之间的关系,提出了水下生产设施液压控制仿真系统;在AMESim环境下开发了一套针对水下生产系统的液压元件库,实现了仿真领域的专业性;同时在Visual Basic程序开发上,根据设计人员输入的参数,校核相关标准,并将计算与输入的数据自动导入至AMESim仿真系统中,实现了水下生产系统仿真的过程控制;在中国海洋石油公司的一个项目中对辅助设计软件的功能和操作进行了评估。测试结果表明,针对水下生产设施液压控制仿真系统的设计开发可为相关设计人员提供界面友好、操作清晰的设计平台。
In order to solve the trivial problems in the hydraulic control system design of subsea production, the technology of AMESim＇s hydraulic simulation and Visual Basic software designing were investigated. After the analysis of the working principle of the system and its components, the relationship between software designing and methodology of the system was established, and the development of the simulation system was raised. The library development of subsea hydraulic components with the help of AMESim was achieved in specificity of simulation. Referred to the aided software designing with Visual Basic, the process control in the subsea production system simulation was succeeded, which covers the computation of required standard based on the users＇ input and loads the parameters into the simulation system in AMESim automatically. The test result for the assistant software in one project of CNOOC indicates that the software provides a convenient platform for designers of subsea production system with friendly interface and clear operation.
出处
《机电工程》
CAS
2012年第12期1414-1418,共5页
Journal of Mechanical & Electrical Engineering
基金
中国海洋石油总公司技术发展项目(C/KJF HG 003-2010)
