Effect of Carbon Content on the Mechanical Properties of Medium Carbon Steels

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

In situ measurements of the electric properties of CNSs (a) and of CNTs (b) in the JEM-3100FEF microscope: TEM micrographs and corresponding current-voltage (I-V) diagrams showing

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

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

Figure 59 shows graphs of the pressure and temperature development of both experiments spanning the entirety of carbon dioxide exposure.. When injecting the

For each investigated carbon content it was shown that the measured values of the secondary dendrite arm spacing can be described by k 2 ¼ K t f 1=3 ; where K ¼ 23:7 13:1 wt:% C 1 3

Acicular ferrite formation is mainly influenced by the steel composition, cooling rate, non-metallic inclusions and austenite grain size.. In the last decades extensive work

Ultimately, the question whether the developed catalyst coating process apply well to dense, aligned and homogeneous growth of CNTs on surfaces of complex geometry, such