煤矿机电
煤礦機電
매광궤전
COLLIERY MECHANICAL & ELECTRICAL TECHNOLOGY
2011年
4期
33-34,37
,共3页
破碎机%锤轴%动力学%有限元仿真
破碎機%錘軸%動力學%有限元倣真
파쇄궤%추축%동역학%유한원방진
crusher%hammer shaft%dynamics%finite element simulation
以PLM1800型破碎机锤轴为研究对象,利用Pro/E软件建立三维几何模型,模型简化后导入ADAMS建立动力学模型,进行动力学仿真分析。然后在ANSYS环境下建立仿真模型,进行锤轴有限元仿真,分析锤轴工作状态下应力、应变等状况,为锤轴结构设计和优化提供理论基础。
以PLM1800型破碎機錘軸為研究對象,利用Pro/E軟件建立三維幾何模型,模型簡化後導入ADAMS建立動力學模型,進行動力學倣真分析。然後在ANSYS環境下建立倣真模型,進行錘軸有限元倣真,分析錘軸工作狀態下應力、應變等狀況,為錘軸結構設計和優化提供理論基礎。
이PLM1800형파쇄궤추축위연구대상,이용Pro/E연건건립삼유궤하모형,모형간화후도입ADAMS건립동역학모형,진행동역학방진분석。연후재ANSYS배경하건립방진모형,진행추축유한원방진,분석추축공작상태하응력、응변등상황,위추축결구설계화우화제공이론기출。
Taking hammer shaft of PLM1800 crusher as the object of study,establishes the three dimensional geometric model of hammer shaft using Pro/E software.After simplification,ADAMS is imported to establish the dynamic model and carries on dynamics simulation analysis.Then the simulation model is established in the ANSYS environment and carries on finite element simulation,to analyze the status of stress and strain of the hammer shaft.It provides the theory foundation of structural design and optimization for hammer shaft.
