An investigation of gcofoam interface strength behavior

Engineering

• Interface Strength 100%
• Cast-in-Place 100%
• Strength Behavior 100%
• Place Concrete 80%
• Geomembrane 60%
• Accelerated Weathering 40%
• Stress Level 20%
• Concrete Surface 20%
• Interface Friction 20%
• Lightweight Fill 20%
• Strong Adhesion 20%

Keyphrases

• Strength Behavior 100%
• Geofoam 100%
• Interface Strength 100%
• Cast-in-place Concrete 23%
• Adhesive Bonding 17%
• Geomembrane 11%
• Accelerated Weathering 11%
• Sun Exposure 11%
• Lightweight Fill 5%
• Wet Condition 5%
• Interface Adhesion 5%
• Strong Adhesion 5%
• Adhesion Strength 5%
• Material Density 5%
• Drying Conditions 5%
• HDPE Geomembrane 5%
• Construction Materials 5%
• PVC Geomembrane 5%
• Surface Moisture 5%
• Extended Exposure 5%
• Ultra-lightweight 5%
• Concrete Surface 5%
• Surface Degradation 5%
• Stress Level 5%
• Field Sampling 5%
• Soft Ground 5%
• Residual Strength 5%
• Cast-in-place 5%
• Interface Friction 5%
• Peak Strength 5%
• Expanded Polystyrene (EPS) Geofoam 5%

Material Science

• Mechanical Strength 100%
• Cast in Place Concrete 66%
• Geomembrane 50%
• Polystyrene 16%
• Density 16%
• Polyvinyl Chloride 16%
• Interface Friction 16%
• Residual Strength 16%
• Building Material 16%