1986Geophysical Journal InternationalRequires access

Application of the finite difference method in seismic source and wave diffraction simulation

Moonki Hong, Leonard J. Bond

Open publisher page 11 citations

Abstract

The simulation of seismic sources and the interaction of the resulting elastic waves and topography is discussed for an explosive source in a half-space and in a half-space containing a slot or a step using the finite difference method. Displacement fields (numerical visualisations), synthetic seismograms, relative intensities and wave spectral analyses are the main data produced.

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What this paper is about

The simulation of seismic sources and the interaction of the resulting elastic waves and topography is discussed for an explosive source in a half-space and in a half-space containing a slot or a step using the finite difference method. Displacement fields (numerical visualisations), synthetic seismograms, relative intensities and wave spectral analyses are the main data produced.

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Available abstract

The simulation of seismic sources and the interaction of the resulting elastic waves and topography is discussed for an explosive source in a half-space and in a half-space containing a slot or a step using the finite difference method. Displacement fields (numerical visualisations), synthetic seismograms, relative intensities and wave spectral analyses are the main data produced.

Key concepts: Seismogram, Geology, Finite difference, Explosive material, Seismic wave, Diffraction, Synthetic seismogram, Seismology

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