Compressive behavior of fiber reinforced high-performance concrete subjected to elevated temperatures

Keyphrases

• Energy Absorption Capacity 100%
• Compressive Behavior 100%
• Elevated Temperature 100%
• Fibre Reinforced High Performance Concrete 100%
• Compressive Strength 71%
• Concrete Mix 42%
• Metakaolin 42%
• Silica Fume 28%
• Steel Fiber 28%
• Toughness 28%
• Polypropylene Fiber 28%
• Stiffness 14%
• Stress-strain Relationship 14%
• Elastic Modulus 14%
• Cementitious Materials 14%
• Reinforced 14%
• Beneficial Effects 14%
• Cement Replacement 14%
• Ordinary Portland Cement 14%
• Elastic Energy 14%
• High Performance Concrete 14%
• Steel Fiber Reinforced Concrete 14%
• Energy Loss 14%
• High Temperature Exposure 14%
• Material Constitution 14%
• High Compressive Strength 14%
• Stiffness Loss 14%
• High Energy Absorption 14%

Engineering

• Energy Absorption Capacity 100%
• Compressive Behavior 100%
• Elevated Temperature 100%
• High-Performance Concrete 100%
• Compression Strength 85%
• Compressive Strength 85%
• Metakaolin 42%
• Steel Fiber 42%
• Concrete Mixture 28%
• Silica Fume 28%
• Beneficial Effect 14%
• Strain Relationship 14%
• Concrete Mix 14%
• Ordinary Portland Cement 14%
• Elastic Energy 14%
• Fiber-Reinforced Concrete 14%
• Modulus of Elasticity 14%

Material Science

• Compressive Strength 100%
• High Performance Concrete 100%
• Steel Fiber 50%
• Polypropylene 33%
• Concrete Mixture 33%
• Silica Fume 33%
• Elastic Moduli 16%
• Portland Cement 16%
• Fiber Reinforced Concrete 16%
• Cementitious Material 16%