机械工程学报
機械工程學報
궤계공정학보
CHINESE JOURNAL OF MECHANICAL ENGINEERING
2001年
4期
29-32
,共4页
罗键%贾昌申%王雅生%薛锦
囉鍵%賈昌申%王雅生%薛錦
라건%가창신%왕아생%설금
纵向磁场焊接熔池流体流动数值分析
縱嚮磁場銲接鎔池流體流動數值分析
종향자장한접용지류체류동수치분석
以外加纵向磁场GTAW(钨极氩弧焊)焊接LD10CS铝合金过程为研究对象，建立外加纵向磁场GTAW焊接熔池流体流动和传热数学模型，对固定电弧的外加纵向磁场GTAW焊接熔池流体流动过程进行数值分析，研究外加纵向磁场GTAW焊接熔池流体流动和传热行为。
以外加縱嚮磁場GTAW(鎢極氬弧銲)銲接LD10CS鋁閤金過程為研究對象，建立外加縱嚮磁場GTAW銲接鎔池流體流動和傳熱數學模型，對固定電弧的外加縱嚮磁場GTAW銲接鎔池流體流動過程進行數值分析，研究外加縱嚮磁場GTAW銲接鎔池流體流動和傳熱行為。
이외가종향자장GTAW(오겁아호한)한접LD10CS려합금과정위연구대상，건립외가종향자장GTAW한접용지류체류동화전열수학모형，대고정전호적외가종향자장GTAW한접용지류체류동과정진행수치분석，연구외가종향자장GTAW한접용지류체류동화전열행위。
On the basis of studying LD10CS aluminum alloy gas tungsten-arc welding (GTAW) with longitudinal magnetic field controlling, the mathematics model of weld pool is built up. Fluid flow and heat transfer of the weld pool is analyzed on in the spot GTA welding with longitudinal magnetic controlling. The model can be applied to analyze the fluid flow and heat transfer phenomena on this welding process. The analytical results are in good agreement with the published experiment measurements.
