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processing maps; activation energy maps; flow stress maps; artificial neural networks; low-alloy steel; austenitization temperature; plastic deformation; phase transformations; CCT diagram; dynamic recrystallization; KoBo extrusion; mechanical properties; Al–Cu alloys; microstructure and superplastic deformation; semi-solid isothermal compression; aluminum alloy; microstructure; deformation characteristics; deformation mechanism; constitutive equations; flow stress model; tensile deformation; constitutive model; stress correction; high-carbon bainitic steel; dynamic and post-dynamic softening; hot-rolling; final microstructure and mechanical properties; β titanium alloy; flow behavior; forging metal specimens; ultrasonic investigation; Barkhausen noise; hidden defects; 47Zr-45Ti-5Al-3V alloy; hot-working; DRX behavior; FEM; CA; magnesium alloys; deformation; hammer forging; aircraft mounts; industrial research; structure; recrystallization; austenite to ferrite transformation; cellular automaton; finite element method (FEM); bonding strength; compression; forming; Al6061; FE; flow curve; dynamic recrystallisation; processing map; LPSO phase; Mg-6.8Y-2.5Zn-0.4Zr; twin-roll casting; hot deformation behavior; super-duplex stainless steel (SDSS); SEM-EBSD microstructural analysis; magnesium alloy AZ91; physical modelling; open die forging; flat anvils; shaped anvils; meshless methods; radial basis functions; hot rolling; steel; austenite grain size; ferrite grain size; carbon steels; hot flow stress curves; peak flow stress; peak strain; critical strain for induce of dynamic recrystallization; activation energy at hot forming; austenite conditioning; multipass torsion tests; Nb–Mo-microalloyed steels; low carbon and low alloy steel; warm deformation; texture; aluminium; metal matrix composite; brake disk; thermal stability; physical modeling; forging; closure of discontinuities; thermomechanical processing; extrusion; aluminium alloys; car bodies; plastometric tests; rheological properties; FEM modelling; static recrystallization; strain-induced precipitation; microstructure evolution; PSCT; n/a