Assessment of Anisotropy in Cold In-Place Recycled Materials Using Shear Wave Velocity and Computed Tomography Analysis

Keyphrases

• Actuator 40%
• Anisotropy 100%
• Cold In-place 100%
• Cold Recycled Mixture 20%
• Complex Modulus Test 20%
• Computed Tomography 40%
• Computed Tomography Analysis 100%
• E-modulus 40%
• Hot Mix Asphalt 20%
• Initial Peak 20%
• Master Curve 40%
• Measurement Location 20%
• Mechanical Properties 20%
• Multiple Directions 20%
• P-wave 20%
• P-wave Velocity 20%
• Pavement Material 20%
• Peak Arrival Time 20%
• Piezoelectric Ring 40%
• Recycled Materials 100%
• Scanpath Analysis 20%
• Shear Wave Velocity 100%
• Ultrasonic Pulse Velocity 60%
• Velocity Tomography 100%
• Wave Velocity 20%

Engineering

• Actuator 66%
• Arrival Time 33%
• Complex Modulus 33%
• E Modulus 66%
• Hot mix asphalt 33%
• Master Curve 66%
• Measurement Location 33%
• Pavement Material 33%
• Piezoelectric 66%
• Pulse Velocity 100%
• Recycled Material 100%
• Shear Wave Velocity 100%
• Ultrasonics 100%
• Wave Velocity 66%