2D site response in alluvial basins by finite difference-based numerical method

Keyphrases

• Numerical Methods 100%
• Finite Difference 100%
• 2D Model 100%
• Site Response 100%
• Alluvial Basin 100%
• Nonlinear Time Domain Analysis 100%
• 1D Model 100%
• Difference Basis 100%
• Earthquake 50%
• Inclination Angle 50%
• Ground Motion 50%
• Acceleration Response Spectrum 50%
• Sedimentary Basin 50%
• Fully Nonlinear 50%
• Soil Column 50%
• Geological Formation 50%
• Soil Model 50%
• Fault Rupture 50%
• Soil Layer 50%
• Soil Medium 50%
• Soil Reaction 50%
• Wave Phenomena 50%
• Model Surfaces 50%
• Rock Outcrops 50%
• NEHRP 50%
• Surface Motion 50%
• Hard Layer 50%
• Motion Frequency 50%
• Semi-infinite 50%
• Soft Clay 50%
• Geotechnical Earthquake Engineering 50%
• Seismic Code Provisions 50%
• Soil Classes 50%
• Equal Interval 50%
• Topographic Depressions 50%

Engineering

• Time Domain 100%
• Domain Analysis 100%
• Ground Movement 100%
• Earthquake Engineering 50%
• Acceleration Response 50%
• Inclination Angle 50%
• Surface Model 50%
• Surface Ground 50%
• Hard Layer 50%
• Frequency Motion 50%
• 1D Model 50%
• Soil Layer 50%
• Sedimentary Basin 50%

Earth and Planetary Sciences

• Ground Motion 100%
• Mathematical Method 100%
• Sedimentary Basin 50%
• Soil Layer 50%
• Soil Column 50%
• Wave Phenomena 50%
• Soft Clay 50%
• Earthquake Engineering 50%