Reinforced Particle-Bed Printing by Combination of the Selective Paste Intrusion Method with Wire and Arc Additive Manufacturing – A First Feasibility Study

Keyphrases

• Selective Paste Intrusion 100%
• Particle Bed 100%
• Reinforcing Particles 100%
• Wire Arc Additive Manufacturing 100%
• Cement Paste 33%
• High Temperature 16%
• Compressive Strength 16%
• Support Structure 16%
• Detrimental Effects 16%
• AM Processes 16%
• Rheological Measurements 16%
• Structural Concrete 16%
• Reinforced Concrete Structures 16%
• High Durability 16%
• Cantilever 16%
• Heat Propagation 16%
• Shape Accuracy 16%
• Build-up Rate 16%
• Concrete Elements 16%
• Steel Can 16%
• Concrete Matrix 16%
• Steel Reinforcement 16%
• Penetration Behavior 16%
• Strength Loss 16%
• Paste Rheology 16%
• Reinforcement Structure 16%
• Penetration Loss 16%
• Additional Cooling 16%
• Construction Steel 16%
• Additive Technologies 16%

Engineering

• Additive Manufacturing 100%
• Feasibility Study 100%
• Fluidized Bed 100%
• Cement Paste 33%
• Additive Manufacturing Technology 16%
• Detrimental Effect 16%
• Steel Construction 16%
• Concrete Element 16%
• Structural Concrete 16%
• Reinforced Concrete Structure 16%
• Rheology 16%
• Concrete Matrix 16%
• Steel Reinforcement 16%
• Compression Strength 16%
• Compressive Strength 16%

Material Science

• Three Dimensional Printing 100%
• Cement Paste 28%
• Rheology 14%
• Reinforced Concrete 14%
• Compressive Strength 14%