Additive manufacturing of titanium parts using 3d plasma metal deposition

Engineering

• Additive Manufacturing 100%
• Porosity 100%
• Property Relationship 50%
• Heat Input 50%
• Additive Manufacturing Process 50%
• Metallic Structure 50%
• Robot 50%
• Process Structure 50%
• Powder Bed 50%
• Consumables 50%
• Wear Resistance 50%
• Layer Design 50%
• Additive Process 50%
• Deposition Method 50%
• Material Utilization 50%
• Wire Feed Rate 50%
• Powder Process 50%
• High Deposition Rate 50%
• Hardness Value 50%
• Local Property 50%
• Arc Process 50%
• Deposition Process 50%
• Computer Aided Design 50%
• Production Engineering 50%

Keyphrases

• Rutile 100%
• Additive Manufacturing 100%
• Plasma Metal Deposition 100%
• Porosity 40%
• Microstructure 40%
• Reinforcement Particles 40%
• Titanium Component 40%
• In Situ 20%
• Heat Input 20%
• CAD Drawing 20%
• Deposition Process 20%
• Additive Manufacturing Process 20%
• Metallic Structure 20%
• Wire-based 20%
• Titanium Structures 20%
• Automated Routine 20%
• Conventional Production 20%
• Process-structure-property Relationship 20%
• Production Technology 20%
• Local Properties 20%
• Directly Coupled 20%
• Material Efficiency 20%
• Wear Resistance 20%
• Improved Utilization 20%
• Load Level 20%
• Plasma Powder 20%
• Tungsten Carbide 20%
• Additive Process 20%
• Load Type 20%
• Layer Design 20%
• High Deposition Rate 20%
• Wire Feed Rate 20%
• Microstructure Mechanical Properties 20%
• Plasma Powder Deposition 20%
• Arc Additive Manufacturing 20%
• Utilization Factor 20%
• Powder Process 20%
• Welding Robot 20%
• Multi-material Structures 20%
• Titanium Carbide 20%
• Laser Powder Bed 20%
• Powder Fraction 20%
• Powder Bed Process 20%
• Deposition Methods 20%
• Hardness Values 20%

Material Science

• Titanium 100%
• Three Dimensional Printing 100%
• Metal Deposition 100%
• Particle-Reinforcement 40%
• Materials Structure 20%
• Wear Resistance 20%
• Tungsten 20%
• Titanium Carbide 20%
• Robot Welding 20%