Specimen Geometry Effect on the Mechanical Properties of AISI 1040 Steel

Key words: Medium Carbon Steel; Yield Stress; Ultimate Tensile Stress; Elongation; Solid

In summary, the measurements of microhardness and tensile tests of medium-carbon steels with the different carbon content (0.30 to 0.55 wt.%) have shown that σ y , σ UTS , and

The radiation shielding properties of steel and its variation with the boronizing process have been investigated.For this purposes the linear attenuation coefficients of steel have

In this study the radiation shielding properties of three different types of steel, namely stainless steel (SS), carbon steel (CS) and speed steel (VS), have been determined and

In the present study, no difference in the effect of specimen geometry on the boride layer thickness and the microhardness were established for boronized AISI 1040 steels with the

In modern steel grades, the mechanical properties are designed not only by a certain mixture of microstructure and precipitations but also by controlling the morphology and

By increasing P N2 /P T , the intensity of the (200) peak decreases, while the intensity of (111) peak increases and no significant change of the amont of the second phase

-I- Zone II is characterized by high substrate temperatures (0.3 < T/T m < 0.5) at which both surface and grain boundary diffusion occur at significant levels. The grain