1-Year development trend of concrete compressive strength using Calcium Sulfoaluminate cement blended with OPC, PFA and GGBS

Keyphrases

• Pulverized Fuel Ash 100%
• Ordinary Portland Cement 100%
• Concrete Compressive Strength 100%
• Ground Granulated Blast Furnace Slag (GGBFS) 100%
• Calcium Sulfoaluminate Cement 100%
• Strength Development 40%
• Binder Material 40%
• Concrete Mix 30%
• Binder 30%
• Long-term Strength 20%
• Early Strength 20%
• Strength Performance 20%
• Environmentally Friendly 10%
• Empirical Formula 10%
• Hydroxide 10%
• Hydration Process 10%
• Hydration Products 10%
• Strength Gain 10%
• Concrete Strength 10%
• Strength Prediction 10%
• Concrete Repair 10%
• Ordinary Portland Cement Concrete 10%
• Concrete Performance 10%
• Economic Considerations 10%
• Environmental Considerations 10%
• Hydraulic Properties 10%
• Rapid Strength 10%
• Embodied Carbon 10%
• Repair Work 10%
• Volume Stability 10%
• Binder Content 10%
• Cement Reaction 10%
• Test Regime 10%
• Stability Strength 10%
• Late Strength 10%

Engineering

• Development Trend 100%
• Ordinary Portland Cement 100%
• Blended Cement 100%
• Ground Granulated Blast Furnace Slag 100%
• Concrete Compressive Strength 100%
• Calcium Sulphoaluminate 100%
• Pulverized Fuel Ash 100%
• Strength Development 40%
• Concrete Mixture 30%
• Strength Performance 20%
• Term Strength 20%
• Hydraulics 10%
• Test Result 10%
• Design Stage 10%
• Hydration Product 10%
• Strength Gain 10%
• Concrete Repair 10%
• Portland Cement Concrete 10%
• Hydration Process 10%
• Repair Work 10%
• Binder Content 10%
• Embodied Carbon 10%

Material Science

• Portland Cement 100%
• Compressive Strength 100%
• Pulverized Fuel 100%
• Concrete Mixture 33%
• Hydraulics 11%