Advances in Microalloyed Steels 

<br/><br/><br/>English[eng] 
<br/><br/><label>Subjects--Topical Terms: </label><br/>niobium microalloyed steel||as-cast condition||inclusion||rare earth elements||precipitation.||steel||thermomechanical processing||microstructure characterisation||mechanical properties||molybdenum||martensitic steel||direct quenching||microalloying||hardenability||toughness||grain refinement||Hall–Petch coefficient||microalloy precipitates||hydrogen embrittlement||Ti-Mo steel||hot deformation||constitutive model||microstructural evolution||microalloyed steels||processing||microstructural and chemical composition||micro-alloyed steels||precipitations||Zener pinning||atomic force microscopy (AFM)||precipitation-microstructure correlation||EBSD||reconstruction methods||continuous casting||energy absorption||mechanical metallurgy||niobium||reheat process||thermo-mechanical controlled processing||plate rolling||strengthening||precipitation||induction||titanium||advanced high strength steels||HSLA steels||precipitation strengthening||tempering||bainitic ferrite||austenite-to-ferrite transformation||hot-torsion test||coiling simulation||medium-carbon steel||strength and toughness||austenite||abnormal grain growth||cold-deformation||precipitate||n/a