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Position: Home > Articles > Co- simulation on Sugarcane Planter's Fertilization Mechanism Based on AMESim / ADAMS Journal of Agricultural Mechanization Research 2014 (5) 138-141+146

甘蔗种植机施肥机构联合仿真——基于AMESim和ADAMS

作  者:
李竞;李兆龙;蒲明辉;卢煜海;覃海飞
单  位:
广西大学机械工程学院/广西制造系统与先进制造技术重点实验室
关键词:
甘蔗种植机;ADAMS;AMESim;施肥机构;联合仿真
摘  要:
甘蔗联合种植机的施肥机构,由于耗能较大,通常使用拖拉机液压输出系统作为动力源。为了准确分析出施肥机构液压系统的性能,提出运用AMESim和ADAMS联合仿真技术的方法:首先,通过ADAMS建立施肥机构动力学模型,运用AMESim建立液压系统模型;最后,通过两者的联合技术来实现对甘蔗种植机施肥机构的研究和分析。
译  名:
Co- simulation on Sugarcane Planter's Fertilization Mechanism Based on AMESim / ADAMS
作  者:
Li Jing;Li Zhaolong;Pu Minghui;Lu Yuhai;Tan Haifei;Guangxi Key Laboratory of Manufacturing System & Advanced Manufacturing Technology/School of Mechanical Engineering,Guangxi University;
关键词:
sugar cane planter;;ADAMS;;AMESim;;fertilization mechanism;;co-simulation
摘  要:
To analyze the performance of the hydraulic system fertilization mechanism,AMESim and ADAMS co- simulation technology of the modeling and method is put forward. In this paper,we establish the dynamics model of fertilization mechanism through ADAMS,and set a model of the hydraulic system through AMESim. The sugarcane machine fertilization mechanism of research and analysis is realized through the co- simulation technology last.

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