集美大学学报:自然科学版
集美大學學報:自然科學版
집미대학학보:자연과학판
Journal of Jimei University(Natural Science)
2012年
5期
357-361
,共5页
金属构件%磁记忆检测%影响因素%ANSYS%仿真
金屬構件%磁記憶檢測%影響因素%ANSYS%倣真
금속구건%자기억검측%영향인소%ANSYS%방진
metal component%magnetic memory testing%effect factor%ANSYS%simulation
为确定金属磁记忆检测的影响因素,对金属磁记忆检测机理及电磁有限元进行了理论分析,利用ANSYS有限元分析软件模拟并分析了试件所受拉伸载荷的大小、试件温度对磁记忆检测效果的影响.同时,以45号钢杆件为例,进行拉伸加载实验,并与仿真结果对比,验证了仿真结果的可行性.
為確定金屬磁記憶檢測的影響因素,對金屬磁記憶檢測機理及電磁有限元進行瞭理論分析,利用ANSYS有限元分析軟件模擬併分析瞭試件所受拉伸載荷的大小、試件溫度對磁記憶檢測效果的影響.同時,以45號鋼桿件為例,進行拉伸加載實驗,併與倣真結果對比,驗證瞭倣真結果的可行性.
위학정금속자기억검측적영향인소,대금속자기억검측궤리급전자유한원진행료이론분석,이용ANSYS유한원분석연건모의병분석료시건소수랍신재하적대소、시건온도대자기억검측효과적영향.동시,이45호강간건위례,진행랍신가재실험,병여방진결과대비,험증료방진결과적가행성.
To determine influence factors of metal magnetic memory testing,the metal magnetic memory testing mechanism and electromagnetic finite element were theoretical analyzed.The magnetic memory testing effect of the specimens under different tensile loads and temperatures was simulated and analyzed by ANSYS.Specimens of 45# carbon steel,were actually experimented with tensile loads and results were comparing with those from simulation.The feasibility of simulation results was therefore validated.