Palavra-chave: ADDITIVE MANUFACTURING

STEREOLITHOGRAPHY PROCESS PARAMETERS SURFACE FINISHES SHAPE MEMORY MATERIAL COMPOSITES TEMPOROMANDIBULAR WALL THICKNESS EBM AISI 316L THERMAL ANALYSIS INSTRUMENTED INDENTATION PROCESS VARIABLES HARDENING MECHANISM WAAM BIOMATERIAL PRODUCT DEVELOPMENT HOT ISOSTATIC PRESSING MICROHARDNESS CORROSION RESISTANCE POWDER METALLURGY WATER ATOMIZED POWDER METROLOGY TI-6AL-4V ALLOY NEEDLE HDH PROCESS DIAMETER BETA TI ALLOY PHASE TRANSFORMATION CMT NITI ALLOYS QUALITY MARAGING 300 DIMENSIONAL ACCURACY CORROSION FUNCTIONALIZATION THERMAL TREATMENT SMART MATERIAL DIRECT METAL LASER SINTERING (DMLS) PRECIPITATION-HARDENING STAINLESS STEEL WATER ATOMIZATION CULTURE MEDIUM LOW ALLOY STEEL DRUG DELIVERY SHAPE MEMORY POLYMER ELECTRON BEAM POWDER BED FUSION PROCESS OPTIMIZATION BIOMATERIAIS BUILT THICKNESS DUCTILITY ADVANCED CHARACTERIZATION 4D PRINTING LASER POWDER-BED FUSION X-RAY ANALYSIS MECHANICAL PROPERTIES PARAMETERS SELECTION DEFECTS SELECTIVE LASER MELTING BIBLIOMETRIC ANALYSIS PARENT GRAIN RECONSTRUCTION ANODIZING PROSTHESIS GEOMETRY ANALYSIS LASER POWDER BED FUSION MICROESTRUTURA INTRINSIC HEAT TREATMENT CRANIOMAXILLOFACIAL RECONSTRUCTION MONTE CARLO TI-6AL-4V MICROSTRUCTURE ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY TITANIUN ALLOY HARDNESS ELASTIC MODULUS SCAFFOLDS DMLS PROCESS MENGER SPONGE 17-4 PH STAINLESS STEEL ENGINEERING MATERIAL FILAMENTS HEAT TREATMENTS BIOFABRICATION DEPOSITION STRATEGY SURFACE ROUGHNESS BIOMATERIALS ELECTRON BEAM MELTING TITANIUM ALLOYS PROCESS DEVELOPMENT