Seismic Waves in Laterally Inhomogeneous Media: Part 1 (Paperback, 1996)

The Discrete Wave Number Formulation of Boundary Integral Equations and Boundary Element Methods: A Review with Applications to the Simulation of Seismic Wave Propagation in Complex Geological Structures.- Hybrid Seismic Modeling Based on Discrete-wave Number and Finite-difference Methods.- Accuracy of Elastic Finite Differences in Smooth Media.- Tube Wave Modeling by the Finite-difference Method with Varying Grid Spacing.- Time Domain Scattering of Acoustic Plane Waves by Vertical Faults.- Application of the Edge Wave Superposition Method.- Diffraction by Plane Sectors and Polygons.- Synthetic Seismograms in Heterogeneous Media by One-return Approximation.- Radiation Patterns of Point Sources Situated Close to Structural Interfaces and to the Earth's Surface.- Computation of Additional Components of the First-order Ray Approximation in Isotropic Media.- Coda Q as a Combination of Scattering and Intrinsic Attenuation: Numerical Simulations with the Boundary Integral Method.- Attenuation Operators and Complex Wave Velocities for Scattering in Random Media.- Derivatives of Reflection Point Coordinates with Respect to Model Parameters.- Ray Tomography Based on Azimuthal Anomalies.- Arrival-time Residuals and Hypocentre Mislocation.