3D complex medium seismic numerical simulation

Author: Mou Yongguang
Publisher:
Publish Date: 2005-01-01
Features: Based on the theory of seismic wave propagation, this book systematically and comprehensively discusses the numerical simulation theory, methods, and algorithms for three-dimensional seismic wave propagation equations in complex surface, complex structures, and complex media. The book consists of twelve chapters. The content includes the theoretical foundation and methods of seismic numerical simulation; numerical approximation of the spatial and temporal derivatives of seismic wave fields; numerical simulation of acoustic wave equations in three-dimensional isotropic media; numerical simulation of elastic wave equations in three-dimensional isotropic media; numerical simulation of viscoelastic wave equations in three-dimensional isotropic media; numerical simulation of elastic wave equations in three-dimensional anisotropic media; numerical simulation of elastic wave equations in three-dimensional dual-phase anisotropic media; numerical simulation of elastic wave propagation in complex areas; numerical simulation of three-dimensional elastic wave equations using the boundary element method; wavelet methods for numerical simulation of seismic wave equations; stability analysis and boundary conditions in seismic wave numerical simulation; and the application of seismic wave numerical simulation in seismic exploration and development. This book has high theoretical and practical value. It can serve as a reference for technical personnel engaged in geophysical research and for students and teachers in universities and colleges. The book systematically and comprehensively discusses the numerical simulation theory, methods, and algorithms for three-dimensional seismic wave propagation equations in complex surface, complex structures, and complex media.