Influence of irregular topography and random soil properties on coherency loss of spatial seismic ground motions

Keyphrases

• Soil Properties 100%
• Seismic Ground Motion 100%
• Coherency Loss 100%
• Coherency Function 100%
• Irregular Topography 100%
• Random Soil 100%
• Ground Motion Time History 57%
• Spatial Ground Motion 42%
• Ground Surface 28%
• Surface Motion 28%
• Numerical Results 14%
• Monte Carlo Simulation 14%
• Numerical Examples 14%
• Damping Ratio 14%
• Random Field 14%
• Shear Damping 14%
• Shear Modulus Ratio 14%
• Spectral Representation Method 14%
• Random Variation 14%
• Theoretical Derivation 14%
• Function Model 14%
• Multiple Supports 14%
• Local Site 14%
• Long-span Structure 14%
• Spatially Varying Earthquake Ground Motion 14%
• Site Soil 14%
• Ground Motion Variability 14%
• Simulated Ground Motions 14%
• One-dimensional Wave Propagation 14%
• Spatial Surfaces 14%
• Spectral Ratio 14%
• Wave Propagation Theory 14%
• Canyon Site 14%

Engineering

• Coherency 100%
• Ground Movement 100%
• Time History 40%
• One Dimensional 20%
• Ground Surface 20%
• Surface Ground 20%
• Spatial Variation 20%
• Damping Ratio ζ 10%
• Numerical Example 10%
• Density Ratio 10%
• Normal Distribution 10%
• Random Field 10%
• Random Variation 10%
• Local Site 10%
• Shear Modulus 10%
• Diffraction 10%

Earth and Planetary Sciences

• Ground Motion 100%
• Soil Property 100%
• Spatial Variation 20%
• Shear Modulus 10%
• Normal Density Functions 10%
• Spatial Modeling 10%
• Diffraction 10%