Effect of coupled deterioration mechanisms on concrete durability in cold environments

Keyphrases

• Coupled Deterioration 100%
• Deterioration Mechanism 100%
• Concrete Durability 100%
• Cold Environment 100%
• Freeze-thaw 40%
• Surface Properties 20%
• Service Development 20%
• Difficult Conditions 20%
• Degradation Rate 20%
• Degradation Mechanism 20%
• Concrete Infrastructure 20%
• Deterioration Assessment 20%
• Accelerated Laboratory Testing 20%
• Chloride-induced Corrosion 20%
• Chloride Ingress 20%
• In Situ Exposure 20%
• Carbon Corrosion 20%
• Chloride Penetration 20%
• Carbonation 20%
• Cold Climate 20%
• Synergetic Effect 20%
• Service Life Prediction 20%
• Durability Performance 20%
• Environmental Exposure 20%
• Prediction Tool 20%
• Frost Salt Scaling 20%

INIS

• durability 100%
• environment 100%
• chlorides 75%
• climates 25%
• tools 25%
• performance 25%
• assessments 25%
• surface properties 25%
• coupling 25%
• corrosion 25%
• prediction 25%
• salts 25%
• scaling 25%
• laboratories 25%
• testing 25%
• cracks 25%
• service life 25%
• environmental exposure 25%
• frost 25%

Engineering

• Concrete Durability 100%
• Deterioration Mechanism 100%
• Cold Environment 100%
• Research Project 40%
• Carbonation 40%
• Degradation Mechanism 20%
• Induced Corrosion 20%
• Concrete Infrastructure 20%
• Deterioration Assessment 20%
• Chloride Penetration 20%
• Service Life Prediction 20%
• Durability Performance 20%
• Degradation Rate 20%