Zdzisław Pluta, Tadeusz Hryniewicz, Novel Modeling of the Work-Hardening Curve, ILCPA Volume 9, International Letters of Chemistry, Physics and Astronomy (Volume 9)
    The paper aims at a critical analysis of the existent description of plastic strengthening/work-hardening curve. The adequate description of the curve, having a physical sense, has been proposed. The description begins from the very source which is the primary, general differential equation. That source was used to formulate the characteristics of the studied system. Then the analytical solution of the dependence between the yield stress and the relative deformation is provided. The description of the work-hardening curve has been developed to further form a proper dependence of the yield force on the absolute yield strain. Other functional characteristics, namely the coefficient of the plastic rigidity, yield work, and the plastic potentials, have also been formed.
    Absolute Strain Constant, Hardening Curve, Plastic Energy, Plastic Rigidity, Relative Deformation, Relative Deformation Constant, Strain Potential Fields, Stress Potential Fields, Yield Force, Yield Stress, Yield Work