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Purpose: Purpose was to obtain the TRIP-type microstructure in the CMnAlSi steel. Heat treatment consisted of the partial austenitization at 900*C/60s and continuous cooling with rates: 0.5-40*C/s, was examined. Also the effect of Al and Si on Ac1 and Ac3 temperatures, and the volume fractions of austenite in CMnSi, CmnAl and CMnAlSi steels was investigated. Design/methodology/approach: The effect...
Purpose: Investigations of microstructure changes in the modern high-strength CMnAlSi steel after austenitization at (α+γ) temperature 900°C/60s were presented in order to determine the influence of the cooling rate on the phase transformations and obtaining multiphase TRIP-aided microstructure. Also the effect of alloying elements on the Ac1 and A c3 temperatures and the volume fractions of austenite...
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