Reprint
Heat Treatments and Performance of Alloy and Metal
Edited by
June 2024
344 pages
- ISBN978-3-7258-1204-2 (Hardback)
- ISBN978-3-7258-1203-5 (PDF)
This book is a reprint of the Special Issue Heat Treatments and Performance of Alloy and Metal that was published in
Chemistry & Materials Science
Engineering
Physical Sciences
Summary
This Special Issue aims to publish scientific papers on the topic “Heat Treatments and Performance of Alloy and Metal”. The contributions include focused reviewing articles and original scientific articles concerned with fundamental and applied aspects of research or direct applications of metallic materials.
Format
- Hardback
License and Copyright
© 2024 by the authors; CC BY-NC-ND license
Keywords
uranium; uranium alloy; corrosion; machine learning; extra trees; feature selection; Al–Si–Cu–Mg cast aluminum alloys; multi-component alloying; heat treatment; microstructural regulation; mechanical property; Ni-based single crystal superalloys; thermal exposure; microstructural evolution; TCP phases; mechanical property; Al-Mg-Si-Cu alloys; extrusion billets; homogenization soaking; cooling from homogenization; additive manufacturing; aluminum alloys; structural integrity; microstructure; mechanical properties; heat treatment; AA6016 plate; cryogenic rolling; aging treatment; substructures; precipitation strengthening; FGH96 superalloy; in situ synchrotron HEXRD; load partitioning; room-temperature compression; Nb-Si based ultrahigh-temperature alloys; hot press sintering; microstructure; room temperature fracture toughness; hardness; oxidation resistance; 2195 Al-Li alloy; constitutive model; extrusion numerical simulation; microstructure; thick plate steel; water quenching; cooling rate; microstructure; hardness; dilatometry; TiAl alloys; directional solidification; lamellar orientation; seed crystal; solidification parameters; Ti-1023 titanium alloy; homogenization heat treatment; diffusion; micro-segregation; complex concentrated alloys; structural characterization; corrosion resistance; transportation applications; materials design; high-entropy alloys; mechanical properties; helium bubbles; irradiation tolerance; low-activation materials; 7B50 aluminum alloy; hot processing map; DRX mechanism; microstructure evolution; CALPHAD; recrystallization; stress rupture; anisotropy; diffusion; heavy forging; high-temperature diffusion; Cr-Ni-Mo-V alloy steel; eutectic carbides; hardness; Sr2CeZrO6; refractory; induction melting; TiAl alloys; interaction; temper embrittlement; medium-carbon medium-alloy steel; martensite; bainite; toughness; Ti–48Al–3Nb–1.5Ta; thermal exposure; oxidation; stability; ultra–high strength steel; mechanical properties; microstructure; alloying; heat treatment; grain size; nano-precipitation; mechanical properties