Theory of cyclic creep of concrete based on Paris law for fatigue growth of subcritical microcracks

Keyphrases

• Atomistic Scale 10%
• Concrete Creep 100%
• Creep Deflection 20%
• Cyclic Creep 100%
• Cyclic Stress Ratio 10%
• Deflection 30%
• Design Codes 10%
• Design Recommendations 10%
• Excessive Deflection 10%
• Fatigue Growth 100%
• Fracture Mechanics 10%
• Girder 10%
• Hydrated Cement 10%
• Large Span 10%
• Mathematical Model 20%
• Microcracks 100%
• Microstructure 10%
• Multi-decade 10%
• Obsolescence 10%
• Palau 10%
• Paris Law 100%
• Pre-existing Microcracks 10%
• Prestressed Concrete Box Girder 10%
• Prestressed Concrete Box-girder Bridge 10%
• Relative Amplitude 10%
• Residual Tensile Strain 10%
• Scale Bridging 10%
• Self-weight 10%
• Static Creep 20%
• Strength of Materials 10%
• Stress Amplitude 10%
• Tensile Crack 10%

Engineering

• Beams and Girders 8%
• Bottom Face 8%
• Box Girder 8%
• Box Girder Bridges 8%
• Bridging 8%
• Creep 100%
• Cyclic Stress 8%
• Fracture Mechanics 8%
• Hydrated Cement 8%
• Mathematical Model 16%
• Prestressed Concrete 16%
• Stress Amplitude 8%
• Tensile Strain 8%
• Tensiles 16%
• Test Data 8%

Material Science

• Creep 100%
• Fracture Mechanics 8%
• Prestressed Concrete 16%
• Strength of Materials 8%
• Tensile Strain 8%