Variations in Constitutive Properties of the Fluid Elicit Divergent Vibrational and Pressure Response under Shock Wave Loading

Keyphrases

• Pressure Response 100%
• Strong Correlation 100%
• Two-fluid 100%
• Pressure Wave 100%
• Shock-wave Loading 100%
• Constitutive Properties 100%
• Vibrational Response 100%
• Overpressure 50%
• Shock Waves 50%
• Material Properties 50%
• Strain Gauge 50%
• Wall Thickness 50%
• Cerebrospinal Fluid 50%
• Viscosity 50%
• Glycerol 50%
• Selection Criteria 50%
• Frequency Response 50%
• Pressure Sensor 50%
• High Strain Rate 50%
• Front Face 50%
• Deionized Water 50%
• Cylinder Wall 50%
• Head Model 50%
• Pearson Correlation Coefficient 50%
• Cerebral Blood 50%
• Outer Diameter 50%
• Analysis of Similarity (ANOSIM) 50%
• Continuous Wavelet Transform 50%
• Model Specimen 50%
• Euclidean Distance Analysis 50%
• Primary Selection 50%

Engineering

• Pressure Response 100%
• Wave Loading 100%
• Collected Data 50%
• Similarities 50%
• Polycarbonate 50%
• High Strain Rate 50%
• Strain Gage 50%
• Fluid Viscosity 50%
• Pressure Sensor 50%
• Selection Criterion 50%
• Pearsons Linear Correlation Coefficient 50%
• Frequency Response 50%
• Euclidean Distance 50%
• Front Face 50%
• Cylinder Wall 50%
• Outer Diameter 50%
• Pure Fluid 50%