
Interstitial Strengthening in Anisotropic Metals
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Stresses, which are induced by interstitial atoms, exhibit a resistive effect with respect to mechanical loading of metallic materials, i.e., metallic materials are strengthened due to the resistive effect. Consequently, mechanical properties of metallic materials are improved due to this strengthening. This book presents an original analytical model of the interstitial strengthening in anisotropi...
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Stresses, which are induced by interstitial atoms, exhibit a resistive effect with respect to mechanical loading of metallic materials, i.e., metallic materials are strengthened due to the resistive effect. Consequently, mechanical properties of metallic materials are improved due to this strengthening. This book presents an original analytical model of the interstitial strengthening in anisotropi...
Read more