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Технические науки

Publication date: 29.08.2024
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Gennadiy G. Haydarov , candidate of engineering sciences , associate professor
St. Petersburg State Technological Institute (Technological University) , Санкт-Петербург г

«Theoretical calculation of the dependence of ultimate strength of metals on their physical properties based on the “unpacking” concept of substance»

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A theoretical estimate of the dependence of ultimate strength on the physical properties of a solid substance—such as density, molecular weight, melting point, and enthalpy of fusion—has been obtained. This dependence explains how these properties influence the material’s strength based on the “unpacking” concept of substance matter. The physical limits of applicability for the concept of “force” in Newtonian mechanics, and its distinction from the “unpacking” concept, are substantiated. This dependence, while similar in form to the Clapeyron-Mendeleev equation for an ideal gas, has a different physical interpretation when applied to the ultimate strength of a solid. The calculated dependence was compared with tabulated data on the ultimate strength of 15 industrial metals. This model allows for the explanation and prediction of ultimate strength values for metals in the periodic table.