Additive Manufacturing: Alloy Design and Process Innovations

• Auteur principal: Wang, Zhi (auth)
• Autres auteurs: Konda Gokuldoss, Prashanth (auth)
• Format: Électronique Chapitre de livre
• Langue: anglais
• Publié: MDPI - Multidisciplinary Digital Publishing Institute 2020
• Sujets: History of engineering & technology; microstructure; slag; crystallographic texture; epoxy solder; additive manufacturing; substrate preheating; thermosetting epoxy resin; AlSi10Mg alloy; impact; residual stress; stability lobe diagram; laves phase; vanadium; selective laser melting (SLM); molten pool dynamic behavior; scanning strategy; pulse frequency; thin-walled weak rigidity parts; scanning; aluminum; elastic abrasive; 2219 aluminum alloy; Powder bed; ABS; laser energy density; equivalent processing model; composition; numerical analysis; scanning electron microscopy (SEM); Hastelloy X alloy; regular mixing; texture evolution; graphene nano-sheets (GNSs); Electron Beam Melting; powder bed fusion; microstructural evolution; Mg content; cement; bulk metallic glasses; grain refinement; Taguchi; intermediate thermo-mechanical treatment; valorization; microstructure and properties; arc current; high computational efficiency; powder properties; dynamic characteristics; composite materials; CuAl2 phase; rapid solidification; magnetizer; M300 mold steel; circular economy; titanium alloy; Al-5Si alloy; Al-Mg-Si alloy; ultrasonic bonding; water absorption; disc brake; support strategy; inoculation; arc additive manufacture; 3D metal printing; ultrafast laser; Hot Isostatic Pressure; arc additive manufacturing; continuous carbon fiber; performance characteristics; process-damping; intermetallic compound (IMC); interfaces; direct metal laser sintering; porosity; nickel-based superalloy; element segregation; hydrophobicity; H13 tool steel; Cu50Zr43Al7; metal powders; parameter optimization; side spatters; powder packing; 3D printing; precipitates; n/a; simulation; laser cladding deposition; melt pool size; quenching rate; Al-Mg alloy; tailored properties; workpiece scale; fatigue; laser cladding; Ti-6Al-4V; deformation; quality of the as-built parts; model; milling; wire feeding additive manufacturing; martensitic transformation; ball milling; Inconel 718; ablation; in-process temperature in MPBAM; subgranular dendrites; porosity reduction; femtosecond; paint bake-hardening; Al6061; defects; continuous dynamic recrystallization; wear; Additive manufacturing; volumetric heat source; Ti6Al4V alloy; AlSi10Mg; radial grooves; GH4169; temperature and stress fields; laser powder bed fusion; metallic glasses; numerical simulation; latent heat; divisional scanning; wire lateral feeding; laser powder bed fusion (LPBF); heat treatment; thermal behaviour; fused filament fabrication; microstructures; thermal conductivity; 12CrNi2 alloy steel powder; tensile strength; hot stamping steel blanks; multi-laser manufacturing; aluminum alloys; additive surface structuring; parts design; process parameters; thermal stress analysis; SLM process parameters; nickel alloys; Al-Si; powder flowability; laser power absorption; refractory high-entropy alloy; localized inductive heating; mechanical properties; selective laser melting; storage energy; concrete; mechanical property; gray cast iron; constitutive model; analytical modeling; hot deformation; epitaxial growth; design; flowability; amorphous alloy; PSO-BP neural network algorithm; molten pool evolution; microhardness measurement; macro defects; thermal capillary effects; finite element analysis; dynamic properties; WxNbMoTa; properties
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