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The alloys based on Fe–Cr–Ni system have a microstructure consisting of austenite (FCC) and ferrite (BCC) and are characterized by good mechanical properties, stress corrosion cracking resistance and weldability.1,2) The proportion of austenite and ferrite in the duplex microstructure is dependent on the alloying additions and thermo-mechanical processing conditions.1,3–5) The alloys based on the Fe–Cr– Ni system (UNS S32205, UNS S32750, UNS S32760, UNS S32304 and UNS S32101) undergo a series of processing operations like casting, hot rolling cold rolling, solution annealing, hot compression, hot extrusion, hot forging before being put into the final application.4,6) Due to their very high strength at room temperature, these alloys are processed at high temperatures (above approximately 0.6Tm, Tm is the melting point).7) The hot working is a critical step as it should not lead to defects (like cracks, uneven surface finish) which can deteriorate the mechanical properties and also should develop a microstructure for satisfactory product performance (in terms of mechanical properties and corrosion resistance).8) The mechanical properties of these steels are dependent on the austenite-ferrite phase proportion, crystallographic texture and presence or absence of intermeStrain Rate Sensitivity Behaviour of a Chrome-Nickel Austentic-

Strain Rate Sensitivity Behaviour of a Chrome-Nickel Austentic-Ferritic Stainless Steel and its Constitutive Modelling