Performance of Sustainable Road Pavements Founded on Clay Subgrades Treated with Eco-Friendly Cementitious Materials

Earth & Environmental Sciences

• subgrade 100%
• pavement 87%
• road 58%
• clay 54%
• material 33%
• road construction 21%
• liquid limit 15%
• plastic 13%
• swell 12%
• plasticity 11%
• carbon 9%
• life cycle 9%
• rutting 9%
• Atterberg limit 8%
• failure analysis 7%
• cost analysis 7%
• fatigue 6%
• cost 6%
• brick 6%
• index 5%
• swelling 5%
• slag 5%
• lime 5%
• compaction 5%
• defect 5%
• replacement 4%
• water content 4%
• cement (construction material) 4%
• glass 4%
• dust 4%
• test 2%

Engineering & Materials Science

• Clay 80%
• Pavements 76%
• Road construction 22%
• Carbon 13%
• Plastics 12%
• Plasticity 10%
• Life cycle 10%
• Liquids 7%
• Costs 6%
• Lime 6%
• Swelling 6%
• Water content 6%
• Brick 6%
• Dust 5%
• Slags 5%
• Failure analysis 5%
• Compaction 4%
• Cements 4%
• Glass 4%
• Fatigue of materials 4%
• Defects 4%

Social Sciences

• road 70%
• road construction 62%
• performance 37%
• life cycle 27%
• costs 23%
• fatigue 15%
• money 10%
• water 10%