大型铸锻件
大型鑄鍛件
대형주단건
HEAVY CASTING AND FORGING
2014年
5期
17-19,25
,共4页
00Cr13Ni6MoNb锻件%裂纹%金相分析
00Cr13Ni6MoNb鍛件%裂紋%金相分析
00Cr13Ni6MoNb단건%렬문%금상분석
00Cr13Ni6MoNb forging%crack%metallurgical analysis
通过金相分析、拉伸断口形貌及能谱分析，发现00Cr13Ni6MoNb锻件开裂原因为粒状第二相晶界偏聚，使晶界弱化，引起沿晶脆性断裂。
通過金相分析、拉伸斷口形貌及能譜分析，髮現00Cr13Ni6MoNb鍛件開裂原因為粒狀第二相晶界偏聚，使晶界弱化，引起沿晶脆性斷裂。
통과금상분석、랍신단구형모급능보분석，발현00Cr13Ni6MoNb단건개렬원인위립상제이상정계편취，사정계약화，인기연정취성단렬。
By means of metallurgical analysis , tensile fracture morphology and energy spectrum analysis , the rea-son of forging cracking is granular secondary phase grain boundary segregation , which make grain boundary weaken and cause intergranular brittle fracture .
