Nanjing 211816
China
Nanjing Tech University
2319 aluminium alloy, Wire-arc additive manufacturing, Friction stir processing, Microstructure evolution, Mechanical properties
316L diamond lattice, laser powder bed fusion, actual relative density, process parameters, geometrical parameters
Laser melting deposition, Multiple friction stir processing, Microstructure，Microhardness, mechanical properties
Laser melting deposition, Laser oscillation, Al-Cu-Mg alloy, Metallurgical defect, Grain refinement
Ti-35421 alloy, laser deposition manufacturing (LDM), Heat treatment, Microstructure, Mechanical properties
Directed Energy Deposition, 2319 aluminum alloy, Ultrasonic vibration, Solidified structure, Mechanical property
Directed Energy Deposition, 2319 aluminum alloy, Ultrasonic vibration, Solidified structure, mechanical property
Keywords: Ti-35421, Flow softening, Bending and fragmentation, Texture intensity, Dynamic recrystallization, Arrhenius constitutive model
LPBF；Support-free overhang, Downskin strategy, Dwell time, Thermal stress
Laser melting deposition, TMC coating, In-situ, microstructure, Wear properties
Laser Cladding, Beam oscillation, 2024 aluminum alloy, microstructure, Wear Performance
