Strength and stiffness anisotropy of 3-D printed coarse root analogues for small-scale physical modelling

Keyphrases

• Physical Modeling 100%
• Root Analogue 100%
• Coarse Roots 100%
• Strength Anisotropy 100%
• Stiffness Anisotropy 100%
• Fused Deposition Modeling 100%
• Three-dimensional Printing 66%
• PolyJet 66%
• Stiffness 33%
• Liquid Crystal Display 33%
• Physical Model 33%
• Centrifuge Modelling 33%
• Mechanical Interaction 33%
• Root System 33%
• Mechanical Reinforcement 33%
• Diameter Distribution 33%
• Slope Stability 33%
• Vegetated Soil 33%
• Root Architecture 33%
• Printing Techniques 33%
• Heart Shape 33%
• Real Roots 33%
• Printing Process 33%
• Soil Bioengineering 33%
• Tensile Behavior 33%
• Model Complex 33%
• Complex Roots 33%
• Tree Stability 33%
• High Anisotropy 33%
• Model Liquid 33%
• Tensile Strength Ratio 33%
• Straight Roots 33%

Engineering

• Physical Modeling 100%
• Fused Deposition Modeling 100%
• Three Dimensional Printing 66%
• Liquid Crystal Display 33%
• Physical Model 33%
• Rod 33%
• Mechanical Interaction 33%
• Slope Stability 33%
• Mechanical Reinforcement 33%
• Tensile Loads 33%
• Real Root 33%
• Bioengineering 33%
• Root Architecture 33%
• Printing Process 33%
• Diameter Distribution 33%
• Tensile Strength Ratio 33%
• Complex Root 33%

Material Science

• Anisotropy 100%
• Fused Filament Fabrication 75%
• Three Dimensional Printing 50%
• Ultimate Tensile Strength 25%
• Liquid Crystal Display 25%
• Slope Stability 25%
• Tensile Loads 25%