Assessing the Performance of Concrete Containing Recycled Glass on Tensile Splitting Strength and Resistance to Alkali Silica Reaction

Keyphrases

• Recycled Glass 100%
• Tensile Splitting Strength 100%
• Splitting Resistance 100%
• Concrete Performance 100%
• Alkali-silica Reaction 100%
• Water Reducer 20%
• Concrete Mix 20%
• Design Principles 10%
• Strength Change 10%
• Water Absorption 10%
• Design Aspects 10%
• Water Viscosity 10%
• Stabilizer 10%
• Portland Cement 10%
• Mid-range 10%
• Mix Design 10%
• Extreme Weather Conditions 10%
• Landfill 10%
• Alternative Cement 10%
• Sand-cement 10%
• Strength Reduction 10%
• Smooth Surface 10%
• Manufacturing Technology 10%
• Viscosity Modifier 10%
• Pseudo-ductility 10%
• Abrasion Resistance 10%
• Alternative Aggregates 10%
• Cement Binder 10%
• High Durability 10%
• Scanning Electron Microscope Imaging 10%
• Concrete Application 10%
• Recycling Glass 10%
• Concrete Strength 10%
• Natural Sand 10%

Engineering

• Alkali Silica Reaction 100%
• Splitting Tensile Strength 100%
• Scanning Electron Microscope 25%
• Manufacturing Engineering 25%
• Fluid Viscosity 25%
• Portland Cement 25%
• Binders 25%
• Mixing Design 25%
• Concrete Strength 25%
• Range Water Reducer 25%
• Concrete Mix 25%
• Concrete Mixture 25%
• Stabilizer 25%
• Design Aspect 25%
• Concrete Application 25%
• Smooth Surface 25%
• Abrasion Resistance 25%

Material Science

• Mechanical Strength 100%
• Alkali Silica Reaction 100%
• Concrete Mixture 40%
• Scanning Electron Microscopy 20%
• Portland Cement 20%
• Stabilizer (Agent) 20%
• Wear Resistance 20%
• Design Principle 20%