Influence of feedstock characteristics and printing parameters on material extrusion additive manufacturing of aluminum-based powder-binder mixtures

Keyphrases

• Acetate 50%
• Aerospace 50%
• AlSi10Mg 50%
• Aluminum-based 100%
• Argon 50%
• Binder 100%
• Complex Geometry 50%
• Debinding 50%
• Feedstock Characteristics 100%
• Granules 50%
• Industrial Field 50%
• Liquid Phase Sintering 50%
• Magnesium 50%
• Material Extrusion 50%
• Material Extrusion Additive Manufacturing 100%
• Microstructure 50%
• Nitrogen Atmosphere 50%
• Oxide Layer 50%
• Oxygen Getter 50%
• Paraffin Wax 50%
• Particle Size Distribution 50%
• Powder Metallurgy Method 50%
• Printability 50%
• Printing Parameters 100%
• Rapid Prototyping 50%
• Relative Density 50%
• Simple Geometry 50%
• Sintered Parts 50%
• Stearic Acid 50%
• Weight Ratio 50%
• Wick 50%

Engineering

• Additive Manufacturing 100%
• Alloy 25%
• Aluminum 100%
• Automotives 25%
• Dimensional Stability 25%
• Extrusion Process 25%
• Getters 25%
• Liquid Phase Sintering 25%
• Material Extrusion 100%
• Nitrogen 25%
• Oxide Layer 25%
• Paraffin Wax 25%
• Particle Size Analysis 25%
• Powder Metallurgy 25%
• Rapid Prototyping 25%
• Rigidity 25%
• Sintered Part 25%
• Sintering 50%

Material Science

• Alloy 25%
• Aluminum 100%
• Density 25%
• Feedstock 100%
• Liquid Phase Sintering 25%
• Magnesium 25%
• Material Extrusion 100%
• Oxide Compound 25%
• Particle Size Analysis 25%
• Powder Metallurgy 25%
• Protective Atmosphere 25%
• Rapid Prototyping 25%
• Rigidity 25%
• Sintering 50%
• Three Dimensional Printing 100%