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Fe-Mn-Si-BASED ALLOY CASTING MATERIAL EXCELLENT IN LOW CYCLE FATIGUE PROPERTY

机译:低循环疲劳性能优异的铁锰硅基合金铸造材料

摘要

PROBLEM TO BE SOLVED: To provide a novel Fe-Mn-Si-based alloy casting material useful as a building material for structure or the like, and excellent in low cycle fatigue property.SOLUTION: There is provided an Fe-Mn-Si-based alloy casting material containing Mn and Si as essential component elements, and one or more kind of Cr, Ni, Al and C as an optional component element, and having a component composition with 5 mass%≤Mn≤35 mass%, 1.5 mass%≤Si≤6.5 mass%, Cr≤15 mass%, Ni≤15 mass%, Al≤3 mass%, C≤0.4 mass% and the balance Fe with inevitable impurities, and satisfying a condition of the formula (a). Formula (a):37[%Mn]+0.3[%Si]+0.7[%Cr]+2.4[%Ni]+5.2[%Al]+28[%C]45 and Formula (b):[%Ni]+30[%C]+0.5[%Mn]0.75[%Cr]+1.125[%Si]+2[%Al].SELECTED DRAWING: Figure 2
机译:解决的问题:提供一种新型的Fe-Mn-Si基合金铸造材料,该材料可用作结构等的建筑材料,并且具有低循环疲劳性能。解决方案:提供一种Fe-Mn-Si-基合金。成分为5质量%≤Mn≤35质量%,1.5质量%的Mn,Si为必要成分的Cr,Ni,Al和C中的一种或两种以上的Al基合金铸造材料%≤Si≤6.5质量%,Cr≤15质量%,Ni≤15质量%,Al≤3质量%,C≤0.4质量%,余量的Fe具有不可避免的杂质,并且满足式(a)的条件。式(a):37 <[%Mn] +0.3 [%Si] +0.7 [%Cr] +2.4 [%Ni] +5.2 [%Al] +28 [%C] <45,式(b):[ %Ni] +30 [%C] +0.5 [%Mn]> 0.75 [%Cr] +1.125 [%Si] +2 [%Al]。选定的图纸:图2

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