Mechanics and failure characteristics of hybrid fiber-reinforced concrete (HyFRC) composites with longitudinal steel reinforcement

Keyphrases

• Failure Characteristics 100%
• Hybrid Fiber Reinforced Concrete (HyFRC) 100%
• Steel Reinforcement 100%
• Concrete Composites 100%
• Mechanics Characteristics 100%
• Reinforced 50%
• Rebar 50%
• Fiber Reinforced Concrete 25%
• Load Resistance 25%
• Structural Design 12%
• Load Capacity 12%
• Structural Applications 12%
• Concrete Materials 12%
• Plastic Deformation 12%
• Congestion 12%
• Fiber Bridging 12%
• Concrete Crack 12%
• Large Displacement 12%
• Strain Hardening 12%
• Resistance Increase 12%
• Fiber Type 12%
• Direct Tension 12%
• Crack Opening 12%
• Post-yield 12%
• Ratio-Type 12%
• Longitudinal Reinforcement Ratio 12%
• Cracking Behavior 12%
• Strain Capacity 12%
• Yield Displacement 12%
• Ductile Response 12%
• Ultimate Strain 12%
• Steel Reinforcement Ratio 12%
• Steel Rebar 12%
• Embedded Steel 12%
• Reinforced Concrete Sections 12%
• Reinforcing Fibers 12%
• Reinforcement Fiber 12%
• Fiber Pull-out 12%
• Multiple Cracks 12%

Engineering

• Fiber-Reinforced Concrete 100%
• Steel Reinforcement 100%
• Steel Rebar 50%
• Load Resistance 20%
• Bridging 10%
• Structural Application 10%
• Concrete (Composite Building Material) 10%
• Structural Design 10%
• Plastic Deformation 10%
• Load Capacity 10%
• Strain Hardening 10%
• Fibre Type 10%
• Crack Opening 10%
• Concrete Form 10%
• Cracking Behavior 10%
• Strain Capacity 10%