摘要
以6S60ME-C型低速船用柴油机的燃油系统为仿真研究对象,通过建立燃油流动的物态方程和流体流动力学的连续性方程的物理模型,应用MATLAB及Simulink程序软件,构建燃油系统仿真模型,获得仿真模型在工作过程中燃油压力及喷油器针阀升程的变化,与实测压力变化和针阀升程过程对比,验证了仿真程序的有效性.
Taking the fuel system of 6 S60 MEC low speed Marine diesel engine as the simulation research object, the physical model of the fuel flow equation of the material state and the continuity equation of the fluid flow mechanics of the fuel system are established, and the simulation model of the fuel system is constructed by using MATLAB and Simulink program software. The fuel pressure and needle valve lift changes in the working process of the simulation model are obtained, and compared with the measured pressure changes and needle valve lift process, the effectiveness of the simulation program is verified, which provides theoretical support for the managers, researchers and applicators engaged in the electronic injection intelligent diesel engine.
作者
翁石光
WENG Shi-guang(Navigation Institute,Xiamen Ocean Vocational and Technical College,Xiamen Fujian 361012,China)
出处
《广州航海学院学报》
2022年第3期1-5,共5页
Journal of Guangzhou Maritime University
基金
中国交通教育研究会课题(JTYB20-304,JTYB20-305)。
关键词
智能柴油机
燃油系统仿真
喷油泵柱塞
喷油器针阀
仿真模型
Intelligent diesel engine
Fuel system simulation
Injection pump plunger
Injector needle valve
The simulation model
