Reaction between steel wire and an aluminum matrixPowder Metallurgy and Metal Ceramics -doi:10.1007/BF00796431D. M. KarpinosInstitute of Materials Science, Academy of Sciences of the Ukrainian SSR, USSRV. Kh. KadyrovInstitute of Materials Science, Academy of Sciences of the Ukrainian SSR, USSRV....
The steel requiring deep drawing and certain extra-deep-drawing steels, with low carbon up to a maximum of 0.12% is of this grade. For killing, these steels usually have a substantial amount of aluminum that is added in the ladle, in the mold, or both. Deoxidation of steel by aluminum ...
3.1.3 BRBs that use aluminum alloys as core brace Although aluminum alloys have been used in building structures for more than a century, their application is almost always limited to secondary or auxiliary structures (e.g., curtain walls, partitions) and rarely used for primary structural eleme...
In the joined body of dissimilar metals, a content of Fe at a joint interface on the aluminum alloy material side is regulated, and a reaction layer of Fe and Al is formed at the joint interface of the joined body of dissimilar metals. The joined body of dissimilar metals exhibits high ...
The European Union, Canada and Mexico are promising to fight back against new US tariffs on steel and aluminum.
The nanoindentation hardness of the reaction layer formed at the aluminum side was lower than that formed at the low carbon steel (SPCE) side of the investigated joints. At the aluminum side, the nanoindentation hardness changed by the addition of alloying eleme...
. Metallic molybdenum has been used for such electric and electronic parts as filament supports, anodes, and grids. Rod or wire is used for heating elements in electric furnaces operating up to 1,700 °C (3,092 °F). Coatings of molybdenum adhere firmly to steel, iron,aluminum, and ...
high aluminum steelslag-steel equilibrium reactioncrystal morphologyThe slag-steel equilibrium reaction which is simulating the composition and properties changes of the newly developed mold slag for 20Mn23AlV steel was carried out at high temperature in the laboratory. The crystal morphology of the newly...
9, the eutectic reaction L ⇔ CuTi2 + (β-Ti) occurred during cooling. In addition, Ti–Fe IMCs also formed [[25], [26], [27]]; however, the CuTi2 compounds still dominated the phase layer microstructure. At a temperature of 1233 K, the reaction L ⇔ CuTi + CuTi2 [28] ...
16.6 Summary The mechanical behavior of sintered steel is a complex function of porosity, microstructure and residual stress. In this chapter we have critically reviewed and summarized the tensile, fatigue and fracture behavior of powder metallurgy steels. Read more View chapterExplore book...