A hydraulic system utilizing the dividing valve was designed to act as an actuator in the active anti-roll device.To investigate the performance of this hydraulic system
a simulation technique was introduced by using simulation software AMESim
with which the dividing valve
the hydraulic loop were modeled and simulated.The force and displacement of the active anti-roll device were tested by simulative experiment.The differences between experimental and simulation results of forward and backward hydraulic cylinders were 0.003 m and 0.001 2 m respectively.The synchronization precision is 2.8%;the output velocity difference of the two cylinders is 0.000 5 m/s.The results prove that the designed hydraulic system is feasible for the active anti-roll device.
金胜秋.基于AMESim的液压同步阀仿真分析及结构改进研究[J].液压与气动,2009(9):64-68.Jin Shengqiu.Analyzing the capability and improving the structure of synchronization value based on AMESim[J].Chinese Hydraulics and Pneumatics,2009(9):64-68.(in Chinese)
唐蒲华.一种数字调速阀控制的同步回路[J].液压与气动,2009(5):57-59.Tang Puhua.The hydraulic synchronous circuit controlled by digital flow control valve[J].Chinese Hydraulics and Pneumatics,2009(5):57-59.(in Chinese)