Keywordsmetals and alloys; phase transformations; high-entropy alloys; scandium; W-phase; Al2Cu3Sc; aluminum alloy; strain-induced melting activation (SIMA); semi-solid metal processing; high-temperature compression; process parameters; cold spray; optimization; critical velocity; SiC; microstructure; properties; solubility; liquid alkali; Miedema model; 316LN; hot deformation; constitutive analysis; dynamic recrystallization; hot processing map; duplex stainless steel; 475 °C embrittlement; atmospheric-induced stress corrosion cracking; electron backscatter diffraction; X-ray diffraction; residual stress; stainless steel; hydrogen embrittlement; strain-induced martensite; magnetic force microscopy; bainitic transformation; low carbon; microstructure; property; Sn–Zn–Bi alloys; microstructure; Zn-rich phase; corrosion; oxidation; Ag-alloy bonding wires; current stressing; grain growth; mechanical properties; titanium alloys; microstructure; fracture toughness; fatigue crack growth behavior; heat-resistant steels; creep properties; impurities; rare earths; grain boundaries; segregation; carbide; mechanical property; high-carbon martensitic stainless steel; titanium; magnesium alloys; precipitation; pre-stretching; mechanical properties; ultrafine and nanostructured cemented carbides; grain growth inhibitors; powder size; sintering temperature; microstructural characteristics; mechanical properties; hydropower penstocks steel; TMCP; microstructure; mechanical properties; 2707 hyper duplex stainless steel; hot deformation behavior; hot compression; microstructure; constitutive modeling; aluminum alloys; equal channel angular pressing; thermomechanical processing; microstructure; mechanical properties; precipitation; coarse grain heat affected zone (CGHAZ); impact toughness; bainitic packet; EBSD; cleavage facet; dynamic recrystallization; austenitic stainless steel; grain boundary engineering; hot working; NH4Cl–H2O; crystal rain; CET; refinement; physical simulation; electric resistance welding (ERW); steel pipe; on-line spray water cooling (OSWC); microstructure; mechanical properties
