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Analysis shows that larger titanium nitride inclusions increase local stresses in austenitic steel, suggesting implications for material strength.
The effect of the endogenous titanium nitride inclusions on local stresses in the matrix of 08Kh18N10T austenitic steel was studied. For spherical inclusions coherent with the matrix, local stresses were obtained. Local stresses exceeded the minimum yield strength. The trend in stress variation with inclusion size and shape was determined. It has been demonstrated that the magnitude of stresses escalates with the enlargement of TiN inclusion size and the transition of their morphology from spherical to cubic forms. Additionally, the characteristics of matrix failure in the vicinity of clusters of endogenous TiN inclusions are analyzed.
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Y.O. Krainiuk (2025) studied this question.
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