基于SolidWorks的菠萝茎叶粉碎还田机的虚拟设计及仿真

随着计算机辅助设计技术的发展,SolidWorks等三维设计软件已广泛应用到农业机械设计当中.基于降低菠萝茎叶粉碎还田作业劳动强度,降低作业成本的原则,针对目前菠萝茎叶粉碎还田机需2次作业才能达到农艺要求、粉碎效率低,作业成本高的问题,结合菠萝茎叶粉碎难点,运用参数化造型软件SolidWorks对菠萝茎叶还田机进行参数化造型,设计出新型的双轴式菠萝茎叶粉碎还田机,并对虚拟样机关键零部件进行运动仿真及模态分析,理论上确保了样机结构的可靠性及工作的合理性,并为该类型农机具的设计及初步优化提供参考....

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Published in广东农业科学 Vol. 40; no. 19; pp. 193 - 196
Main Author 崔振德 张劲 欧忠庆 李玲 李玉林 张园 王贵
Format Journal Article
LanguageChinese
Published 中国热带农业科学院农业机械研究所,广东湛江524091 2013
广东海洋大学工程学院,广东湛江524088%中国热带农业科学院农业机械研究所,广东湛江,524091%广东海洋大学工程学院,广东湛江,524088
Subjects
SolidWorks
模态分析
菠萝茎叶粉碎还田机
虚拟设计
运动仿真
模态分析
SolidWorks
菠萝茎叶粉碎还田机
运动仿真
虚拟设计
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ISSN1004-874X

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Summary:随着计算机辅助设计技术的发展,SolidWorks等三维设计软件已广泛应用到农业机械设计当中.基于降低菠萝茎叶粉碎还田作业劳动强度,降低作业成本的原则,针对目前菠萝茎叶粉碎还田机需2次作业才能达到农艺要求、粉碎效率低,作业成本高的问题,结合菠萝茎叶粉碎难点,运用参数化造型软件SolidWorks对菠萝茎叶还田机进行参数化造型,设计出新型的双轴式菠萝茎叶粉碎还田机,并对虚拟样机关键零部件进行运动仿真及模态分析,理论上确保了样机结构的可靠性及工作的合理性,并为该类型农机具的设计及初步优化提供参考.
Bibliography:field pineapple stem-leaf chopper; virtual design; motion simulation; SolidWorks; modal analysis
44-1267/S
CUI Zhen-del＇z, ZHANG Jin1, OU Zhong-qingl, LI Ling1, LI Yu-lin1, ZHANG Yuan1, WANG Guiz （1Agricultural Machinery Research Institute of Chinese Academy of Tropical Agricultural Seienees,Zhanjiang 524091, China; 2.College of Engineering, Guangdong Ocean University, Zhanjiang 524088, China）
With the development of CAD technology, SolidWorks and other three-dimensional design software have been widely used for designing agricultural machinery. In this article, based on principle of reducing operating costs and labor intensity of chopping pineapple stems and leaves, a new type of two-axis field pineapple stem-leaf chopper was designed using SolidWorks, aiming at the problem of current low efficiency equipments working two times to achieve agronomic targets. Then motion simulation and modal analysis for virtual prototype of key components was achieved, the results showed that the new type of two-axis field pinea
ISSN:1004-874X