基于机液联合仿真的跨式油茶果收获机液压系统研究
Research on Hydraulic System of Straddle Camellia Oleifera Fruit Harvester Based on Mechanical-Hydraulic Co-Simulation
为了提高跨式油茶果收获机的工作性能和可靠性,需要设计一套适用于跨式油茶果收获机,且稳定性较好的液压系统。本文基于RecurDyn与AMESim软件分别建立跨式油茶果收获机的机械系统模型与液压系统模型,并创建信息传递接口,实现整机机液联合仿真。通过机液联合仿真分析底盘直线行走、越障、爬坡及转向工况下,执行元件内液压油压力及流量变化情况,并对采打机构空载及负载工况下执行元件内液压油压力及流量变化情况进行仿真。仿真结果表明本文设计的跨式油茶果收获机液压…查看全部>>
In order to improve the working performance and reliability of the straddle Camellia oleifera harvester,it is great significance to design an appropriate and stable hydraulic system.Based on RecurDyn and AMESim software the mechanical and hydraulic system models of the straddle Camellia oleifera fruit harvester is established,and the information interface is created to achieve mechanical-hydraulic co-simulation of the entire machine.The hydraulic oil pressur…查看全部>>
宁晨;杜小强;马锃宏;贺磊盈;姚小华;韩鑫涛;刘吉顺;
跨式油茶果收获机 液压系统 机液联合仿真 RecurDyn AMESim
Straddle Camellia oleifera fruit harvester Hydraulic system Mechanical-hydraulic co-simulation RecurDyn AMESim
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