In this work, the hot forging behavior of a dual phase stainless steel in temperature range 850–1250 °C was investigated. The study revealed occurrence significant cracking phenomenon for processing temperatures below 950 that attributed to combined effect intermetallic precipitation and severe deformation. EBSD examination highlighted continuous dynamic recrystallization both ferrite austenite...

Modeling the elastic behavior of dual-phase steels is complex due to strain dependency Young's modulus and high nonlinearity. Since it assumed that reasons for this are be found in microstructural behavior, microscopic in-situ analysis necessary, but overlap martensite ferrite peaks, evaluation diffraction profiles highly complex. Within work, CR590Y980T (DP1000) investigated a continuous cycli...