农机化研究
農機化研究
농궤화연구
JOURNAL OF AGRICULTURAL MECHANIZATION RESEARCH
2015年
6期
23-28
,共6页
荸荠%采收船%挖掘器%模态分析%谐响应分析%Workbench
荸薺%採收船%挖掘器%模態分析%諧響應分析%Workbench
발제%채수선%알굴기%모태분석%해향응분석%Workbench
water chestnut%harvesting ship%digging device%modal analysis%harmonic analysis%Workbench
介绍了荸荠采收船的工作原理,利用SolidWorks 建立了挖掘器的实体模型,导入 Workbench 中进行模态分析,得到了挖掘器的前6阶固有频率和振型。最后,对挖掘器进行谐响应分析,根据分析结果重新确定了挖掘器的工作频率为70.53Hz,并对偏心块重新进行了设计。
介紹瞭荸薺採收船的工作原理,利用SolidWorks 建立瞭挖掘器的實體模型,導入 Workbench 中進行模態分析,得到瞭挖掘器的前6階固有頻率和振型。最後,對挖掘器進行諧響應分析,根據分析結果重新確定瞭挖掘器的工作頻率為70.53Hz,併對偏心塊重新進行瞭設計。
개소료발제채수선적공작원리,이용SolidWorks 건립료알굴기적실체모형,도입 Workbench 중진행모태분석,득도료알굴기적전6계고유빈솔화진형。최후,대알굴기진행해향응분석,근거분석결과중신학정료알굴기적공작빈솔위70.53Hz,병대편심괴중신진행료설계。
The working principle of water chestnut harvesting ship is introduced .By Solidworks ,the solid model of dig-ging device is built , then imported to Workbench ,where its modal analysis is conducted ,the first six order natural fre-quency and mode shape are obtained , the harmonic analysis is conducted , based on the the analysis result , the working frequency of digging device is redefined ,which is 70.53Hz,and the eccentric block is redesigned .