Numerical and Experimental Investigation of the Appropriate Geometry of Asphalt Specimens for Quality Control Using Impact Resonance Tests

Keyphrases

• Quality Control 100%
• Asphalt 100%
• Superpave Gyratory Compactor 100%
• Impact Resonance Test 100%
• Fundamental Frequency 66%
• Resonance Peak 66%
• Room Temperature 33%
• Frequency Domain Analysis 33%
• Phase Angle 33%
• Disc Geometry 33%
• Asphalt Concrete 33%
• Computational Modeling 33%
• Specimen Geometry 33%
• Symmetric Mode 33%
• Antisymmetric Mode 33%
• Frequency Peaks 33%
• Modeling Software 33%
• Concrete Specimen 33%
• Control Purpose 33%
• Multiple Peaks 33%
• Modal Frequency 33%
• High-performance Materials 33%
• Plausible Values 33%
• Single Resonance 33%
• Fundamental Resonance Frequency 33%
• Numerical Modal Analysis 33%
• Cylinder Geometry 33%
• 150-mm Diameter 33%
• Disc Specimen 33%

Engineering

• Experimental Investigation 100%
• Quality Control 100%
• Gyratory Compactor 100%
• Superpave 100%
• Mm Diameter 100%
• Impact Resonance Test 100%
• Numerical Study 66%
• Fundamental Frequency 66%
• Room Temperature 33%
• Phase Shift 33%
• Test Result 33%
• Modal Analysis 33%
• Test Experiment 33%
• Frequency-Domain Analysis 33%
• Asphalt Concrete 33%
• Specimen Geometry 33%
• Antisymmetric Mode 33%
• Symmetric Mode 33%
• Resonance Frequency 33%
• Original Specimen 33%
• Concrete Specimen 33%