精密成形工程
精密成形工程
정밀성형공정
Journal of Netshape Forming Engineering
2015年
5期
7-12,24
,共7页
搅拌摩擦点焊%金属流动%数值模拟
攪拌摩抆點銲%金屬流動%數值模擬
교반마찰점한%금속류동%수치모의
friction stir spot welding%material flow%numerical simulation
搅拌摩擦焊是一种高效环保的固相连接技术。搅拌摩擦点焊是在传统的搅拌摩擦焊上发展起来的一种新型点连接技术,与传统的电阻点焊等连接方法相比具有诸多优势。目前国内外搅拌摩擦点焊工艺在航空及汽车等工业领域有广泛的应用,但是其成形机理并不清楚。基于已发表的文献,详细综述了在搅拌摩擦点焊过程中,材料的流动模型以及数值模拟等方面的研究进展。
攪拌摩抆銲是一種高效環保的固相連接技術。攪拌摩抆點銲是在傳統的攪拌摩抆銲上髮展起來的一種新型點連接技術,與傳統的電阻點銲等連接方法相比具有諸多優勢。目前國內外攪拌摩抆點銲工藝在航空及汽車等工業領域有廣汎的應用,但是其成形機理併不清楚。基于已髮錶的文獻,詳細綜述瞭在攪拌摩抆點銲過程中,材料的流動模型以及數值模擬等方麵的研究進展。
교반마찰한시일충고효배보적고상련접기술。교반마찰점한시재전통적교반마찰한상발전기래적일충신형점련접기술,여전통적전조점한등련접방법상비구유제다우세。목전국내외교반마찰점한공예재항공급기차등공업영역유엄범적응용,단시기성형궤리병불청초。기우이발표적문헌,상세종술료재교반마찰점한과정중,재료적류동모형이급수치모의등방면적연구진전。
ABSTRACT:Friction stir welding is a solid-state joining technique which is efficient and environmental. As a relatively new process, Friction stir spot welding which is derived from the friction stir welding has several advantages over the con-ventional resistance spot welding. Nowadays, there are many applications of friction stir spot welding in aerospace vehicles and automotive industries, but its formation mechanism is not clear. Based on the open literatures, the process, the materi-al flow model and numerical simulations of FSSW were detailedly summarized.