Equilibrium microstructural transformations in steel
Privates Steel Despite, that a large number of complex alloy steels have been developed and used in the world, common steels (become ordinary
Read morePrivates Steel Despite, that a large number of complex alloy steels have been developed and used in the world, common steels (become ordinary
Read moreCast iron and steel are more than 80 % weights of all metals used. Most carbon steels contain up to 1,5 % carbon, then
Read moreWhat is allotropy Depending on pressure and temperature, many metals can exist in more than one crystalline form. it
Read moreIf the steel is cooled from the austenitizing temperature slightly faster, than just outside, then there is a possibility of the formation of such a microstructure of steel as
Read moreThe temperature of the onset of martensitic transformation in steels is highly dependent on the carbon content of austenite. Martensitic transformation and carbon content In the figure
Read moreThere are two very important temperatures when quenching steel - the temperature of the beginning of the martensitic transformation Mn and the temperature of the end of the martensitic transformation Mk.
Read moreKnown, that the active alloying elements of steel, such as chromium and molybdenum, form carbides in it. It means, that these items
Read moreIn the 1920s, the American Edgar Bain first applied the so-called isothermal transformation method to study the structure of steel.. "Isothermal"", understandably, means
Read moreCarbon steels 0,77 % form a unique microstructure, which is called "perlite". Such steels are called eutectoid steels.. Cm. also hypoeutectoid
Read moreHigh carbon steels In high carbon steels, the amount of carbon, dissolved in austenite, increases, and the iron atoms move apart in relation to each other.
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