Experimental carbonation study for a durability assessment of novel cementitious materials

Keyphrases

• Carbonation 100%
• Carbonation Rate 100%
• Cementitious Materials 100%
• Durability Assessment 100%
• Numerical Model 66%
• Carbonate 66%
• Thermogravimetric Analysis 66%
• Desaturation 66%
• Transport Experiment 66%
• Moisture Transport 66%
• Commercially Available 33%
• Porosity 33%
• Concrete Structures 33%
• Visual Assessment 33%
• Surface Layer 33%
• Gravimetric Method 33%
• Experience-based 33%
• Drying Rate 33%
• Mortar 33%
• Low Resistance 33%
• Suction 33%
• Exposure Classes 33%
• Carbonation Resistance 33%
• Water-cement Ratio 33%
• Accelerated Carbonation 33%
• Low Clinker 33%
• Carbonation Front 33%
• Portlandite 33%
• Support Durability 33%
• Novel Cements 33%
• Assessment Analysis 33%

Engineering

• Carbonation 100%
• Durability Assessment 100%
• Moisture Transport 33%
• Numerical Model 33%
• Concrete Structure 16%
• Carbonation Resistance 16%
• Carbonation Front 16%
• Accelerated Carbonation 16%
• Portlandite 16%
• Gravimetric Method 16%
• Drying Rate 16%
• Water/Cement Ratio 16%
• Surface Layers 16%
• Porosity 16%