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Using CAE Techniques on the Hydraulic Control System of CNC Machine Tools

運用CAE技術於數控工具機的液壓控制系統

摘要


機械系統由液壓活塞系統所組成的許多控制參數來控制。這就是為什麼液壓機在很多使用情況下可能會發生問題或故障的原因。運用模擬器是必要的,以便容易地觀察和分析動力學系統與液壓控制系統兩者的操作條件和不同的機械系統的故障情況。本文建立的AMESim軟體和RecurDyn的軟體之間的仿真模型來模擬追踪一個圓路徑。AMESim軟體與RecurDyn軟體的動力系統和液壓控制系統的動態分析和控制狀態由兩個CAE軟件進行分析。這些系統的模擬器使用到真實虛擬模型以便研究液壓CNC工具機床的操作。本文開發的研究成果,也可以運用於其他的多體動態系統中。

並列摘要


A mechanical system is controlled by hydraulic piston systems with many control parameters. That is the reason why a hydraulic machine is on duty, so many circumstances may be happened. The simulators are necessary in order to observe easily and to analyze both the operating conditions and fault situations of different mechanical systems. This paper establishes the simulation model between AMESim software and RecurDyn software to track a circle path. The dynamic analysis and control states of dynamic system and hydraulic control system are analyzed by both the CAE softwares-AMESim and RecurDyn. The simulators of these systems are applied to a real virtual model in order to investigate the operations of hydraulic machine tools. The research achievements developed in this paper can also be used in other multibody dynamic systems.

並列關鍵字

CAE Hydraulic control Machine tools AMESim Simulation

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