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Crystallization of High Performance Metallic Materials

Crystallization generally describes the general material processing when a solid phase nucleates within the liquid or solid matrix. During the manufacturing phase, crystallization of metallic materials includes the new solid phase formation and growth during solidification as well as the subsequent...

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Format: Online
Idioma:anglès
Publicat: MDPI - Multidisciplinary Digital Publishing Institute 2025
Matèries:
Cu2ZnSnS4
stress
electronic structure
optical properties
first principles
grain shape function
elastic constitutive
seven string method
microscopic images
experimental measurement
vacuum electrodeposition
Cu(In
Ga)Se2 thin films
electrodeposition mechanism
Ga incorporation
Gallium Oxide
near-β titanium alloy
constitutive mode
thermomechanical processing
nanohole propagation
interatomic potentials
dislocation
single-crystal Ni
Ni-based single crystal superalloy
specific weight
mechanical properties
thermal stability
Al-Cu-Mg-Ag alloy
high-temperature creep
ageing
constitutive relational model of creep
deformation mechanism map
solidification
cooling rate
hyper duplex stainless steel
high-temperature confocal scanning laser microscope
Al3Y
nucleation
first-principles
aluminum alloy
titanium alloy
EBM
VHCF
HIP
pore defects
beryllium
molecular dynamics simulation
MEAM
Finnis–Sinclair and Tersoff potentials
AZ91
composites
carbon short fibers
tensile strength
fatigue life
LCF
HCF
crystallization
high-performance metallic materials
steels
alloys
thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues::TBX History of engineering and technology
Accés en línia:ONIX_20250812T095121_9783725832743_102
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Sumari:Crystallization generally describes the general material processing when a solid phase nucleates within the liquid or solid matrix. During the manufacturing phase, crystallization of metallic materials includes the new solid phase formation and growth during solidification as well as the subsequent phase transformations. This Special Issue includes the contributions from both experimental and simulation studies regarding different crystallization processes. Moreover, this Special Issue is suitable for academics and industry professionals, as they can obtain new ideas and insights regarding crystallization.

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