机床与液压
機床與液壓
궤상여액압
Machine Tool & Hydraulics
2015年
20期
88-91
,共4页
液压挖掘机%复合动作%AMESim仿真
液壓挖掘機%複閤動作%AMESim倣真
액압알굴궤%복합동작%AMESim방진
Hydraulic excavator%Compound action%AMESim simulation
针对挖掘机回转与举升复合动作协调性存在的问题提出了一种实验与仿真方法,根据液压系统模型建立AMES?im模型,变量泵、多路阀模型通过HCD库搭建;将实验中提取的数据经过处理输入到仿真模型中,并将仿真结果与实验结果对比,验证仿真模型的准确性;根据实验中存在的问题,改进仿真模型,将原始数据输入到改进的仿真模型中,对比改进前与改进后的结果,改进后的仿真结果显示回转与举升协调性有了较大改善。
針對挖掘機迴轉與舉升複閤動作協調性存在的問題提齣瞭一種實驗與倣真方法,根據液壓繫統模型建立AMES?im模型,變量泵、多路閥模型通過HCD庫搭建;將實驗中提取的數據經過處理輸入到倣真模型中,併將倣真結果與實驗結果對比,驗證倣真模型的準確性;根據實驗中存在的問題,改進倣真模型,將原始數據輸入到改進的倣真模型中,對比改進前與改進後的結果,改進後的倣真結果顯示迴轉與舉升協調性有瞭較大改善。
침대알굴궤회전여거승복합동작협조성존재적문제제출료일충실험여방진방법,근거액압계통모형건립AMES?im모형,변량빙、다로벌모형통과HCD고탑건;장실험중제취적수거경과처리수입도방진모형중,병장방진결과여실험결과대비,험증방진모형적준학성;근거실험중존재적문제,개진방진모형,장원시수거수입도개진적방진모형중,대비개진전여개진후적결과,개진후적방진결과현시회전여거승협조성유료교대개선。
According to the problem of coordination in compound action of hydraulic excavator rotary and lifting, an experimental and simulation method was presented. AMESim simulation model was built according to the hydraulic system model; the simulation models of variable pump and hydraulic multi?way directional valve were built by HCD library. Experimental data were inputted into sim?ulation model, so the accuracy of the simulation model was verified through the comparison of the experimental results and the simula?tion results. The simulation model was improved according to the problems in the experiment. The initial experimental data were input?ted into the improved simulation model. According to the compared result of original model and improved model, the coordination in compound action of excavator rotary and lifting is improved greatly.