Modeling the impact energy in a state of steels Mrtbhyy Tqs Knndhy leave Ym

Mrtbhyy steels with different thicknesses of the layout and simple carbon steels and austenitic Zngnzn as the electrode melting process electric Srbarhyy, were produced. Charpy impact energy of steel samples in a state Mrtbhyy Tqsymknndhy left was evaluated. The results suggest that the type specimens Zrbhyy energy and volume fraction of phases Tshkyldhndh depends. Log in using and distributing hard Tnshkrnsh area under the curve diagram obtained from tensile testing Tkfaz·hay Tshkyldhndhy composites, two mathematical models in order to predict impact energy law via mixed phase samples are presented. Between practical results and the results of two models offered, the agreement is well established.