Evaluation of the behavior of carbon short fiber reinforced concrete (Csfrc) based on a multi-sensory experimental investigation and a numerical multiscale approach

Keyphrases

• Multisensory 100%
• Numerical Analysis 100%
• Fiber Orientation 100%
• Measuring Techniques 100%
• Short Carbon Fiber 100%
• Fiber Reinforced Concrete 100%
• Short Fiber Reinforced 100%
• Plastic Deformation 50%
• Material Degradation 50%
• Emission Analysis 50%
• Degradation Behavior 50%
• Uniaxial 50%
• Resistivity 50%
• Sound Emission 50%
• Computed Tomography 50%
• Mechanical Behavior 50%
• Measuring Method 50%
• Carbon Fiber Reinforcement 50%
• 3D Printer 50%
• Microcracks 50%
• Carbon Fiber 50%
• Strength Properties 50%
• Stress Tensor 50%
• Short Fiber 50%
• Three-dimensional Stress 50%
• Fiber Alignment 50%
• Fresh Concrete 50%
• Representative Volume Element 50%
• Post-processing Algorithm 50%
• Event Analysis 50%
• Separating Matrix 50%
• Axial Strength 50%
• Fiber Position 50%
• Strain Measure 50%
• Strain Hardening Effect 50%
• Steel Fiber 50%
• Displacement Measuring 50%
• Economic Uses 50%
• Fresh Processing 50%
• High-resolution Digital Image Correlation (HRDIC) 50%

Engineering

• Experimental Investigation 100%
• Multiscale 100%
• Measuring Technique 100%
• Short Fiber 100%
• Fiber-Reinforced Concrete 100%
• Input Data 50%
• Processing Algorithm 50%
• Measuring Method 50%
• Fibre Reinforcement 50%
• Digital Image Correlation 50%
• Strain Hardening 50%
• Plastic Deformation 50%
• Fiber Alignment 50%
• Fresh Concrete 50%
• Representative Volume Element 50%
• Materials Degradation 50%
• Hardening Effect 50%
• High Resolution 50%
• Steel Fiber 50%
• Separating Matrix 50%

Material Science

• Carbon Fiber 100%
• Fiber Reinforced Concrete 100%
• Plastic Deformation 50%
• Materials Degradation 50%
• Electrical Resistivity 50%
• Mechanical Strength 50%
• Tomography 50%
• Fiber Reinforced Material 50%
• Steel Fiber 50%
• Work Hardening 50%
• Mechanical Property 50%