兵器材料科学与工程
兵器材料科學與工程
병기재료과학여공정
Ordnance Material Science and Engineering
2010年
1期
5-8
,共4页
关锦清%文潮%刘晓新%唐仕英%林英睿%李迅%周刚
關錦清%文潮%劉曉新%唐仕英%林英睿%李迅%週剛
관금청%문조%류효신%당사영%림영예%리신%주강
冲击拉伸%不锈钢复合板%16MnR钢板%应变率
遲擊拉伸%不鏽鋼複閤闆%16MnR鋼闆%應變率
충격랍신%불수강복합판%16MnR강판%응변솔
impact tensile test%stainless clad steel plate%16MnR steel%strain rate
常温下以不锈钢复合板(16MnR钢板与0Cr18Ni9Ti钢板爆轰复合)和16MnR钢为研究对象,利用分离式霍普金森杆技术,在旋转盘冲击拉伸试验机上完成冲击拉伸加载试验.研究应变率在270～1 650 s~(-1)范围内,材料的冲击力学特性.测试结果表明,不锈钢复合板和16MnR钢具有应变率强化效应,通过电镜分析确定过载断裂区为韧窝结构,爆轰复合经热处理后材料的塑性基本无改变,两种材料仍为塑性材料.
常溫下以不鏽鋼複閤闆(16MnR鋼闆與0Cr18Ni9Ti鋼闆爆轟複閤)和16MnR鋼為研究對象,利用分離式霍普金森桿技術,在鏇轉盤遲擊拉伸試驗機上完成遲擊拉伸加載試驗.研究應變率在270～1 650 s~(-1)範圍內,材料的遲擊力學特性.測試結果錶明,不鏽鋼複閤闆和16MnR鋼具有應變率彊化效應,通過電鏡分析確定過載斷裂區為韌窩結構,爆轟複閤經熱處理後材料的塑性基本無改變,兩種材料仍為塑性材料.
상온하이불수강복합판(16MnR강판여0Cr18Ni9Ti강판폭굉복합)화16MnR강위연구대상,이용분리식곽보금삼간기술,재선전반충격랍신시험궤상완성충격랍신가재시험.연구응변솔재270～1 650 s~(-1)범위내,재료적충격역학특성.측시결과표명,불수강복합판화16MnR강구유응변솔강화효응,통과전경분석학정과재단렬구위인와결구,폭굉복합경열처리후재료적소성기본무개변,량충재료잉위소성재료.
The impact tensile behavior of explosive cladding 16MnR/stainless steel plate and 16MnR steel was investigated on Split Hopkinson Tensile Bar. On a rotating disk impact machine, the impact tensile experiments were carried out. The impact characteristics of these materials were studied at strain rate from 270 s~(-1) to 1 650 s~(-1). The results show that 16MnR steel and the 16MnR/stainless steel cladding plate are sensitive to strain rate. Dimples are found in the region of fracture by SEM observations, indicating the plastic characteristic of the materials.
