Forward Modeling of Seismic Wave Propagation in Homogeneous Isotropic Media

This MATLAB program provides forward modeling simulation of seismic wave propagation in homogeneous isotropic media, designed to help seismology researchers better understand wave propagation mechanisms and various physical properties. The implementation includes an explosive source model that creates more realistic simulation conditions for studying wave propagation patterns in different media. Researchers can utilize this tool for multiple analysis aspects, including examination of seismic wave velocity, frequency, and amplitude parameters. The code structure allows parameter adjustments to simulate wave propagation patterns in various geological environments. Key algorithmic features likely include finite difference method implementation for solving wave equations, source function handling, and boundary condition management. The program serves as a valuable computational tool for seismologists to deepen their understanding of seismic wave propagation dynamics through customizable simulation parameters.