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Theoretical and applied fracture mechanics, v.61, 2012년, pp.66 - 72
Xue, F.M. , Li, F.G. , Li, J. , He, M.
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A non-destructive indentation technique is proposed to estimate fracture toughness of 0Cr12Mn5Ni4Mo3Al high strength stainless steel with different heat treatment conditions (RH520 and TH560) with a Berkovich indenter based on strain energy density. The material damage is represented by the effectiv...
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