Pure P-Wave Equation Modeling in Vertical Transverse Isotropic (VTI) Medium Using Pseudo-Analytical Method

Ming Cheng Shen; Lu Ming Li

doi:10.4028/www.scientific.net/AMM.448-453.3776

Paper Titles

Analysis of Distribution of Coalbed Methane and Geological Controlling Factors in Huanghebei Mining Area
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Forward Modeling of Controlled-Source Electromagnetic Using Finite Element Method
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Research on Modeling and Visualization Method of Geological Objects Based on VRML
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The Application of Data Mining in the Field of Energy
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Pure P-Wave Equation Modeling in Vertical Transverse Isotropic (VTI) Medium Using Pseudo-Analytical Method
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Experimental Research on Transient Electromagnetic Multi-Turn Minor Loop Device
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Electrical Structure Revealed by Magnetotelluric Data at the East Part of Central Asian Orogenic Belt, Central Inner Mongolia
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Geophysical - Geochemical Anomaly Characteristics and Prospecting Marks of Dachang Gold Deposit in Qinghai
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Study on Rock Bolt Support of Roadway of Coal Mine Using Neural Network
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 448-453Pure P-Wave Equation Modeling in Vertical...

Pure P-Wave Equation Modeling in Vertical Transverse Isotropic (VTI) Medium Using Pseudo-Analytical Method

Abstract:

In isotropic media, P-and SV-waves are coupled. For computational efficiency, we studied a separated pure P-wave VTI wave acoustic approximate equation. And to solve the Pure P-wave equation, we generalized the pseudo-analytical method to isotropic media, which has batter accuracy than conventional pseudo spectral method. Numerical simulation result shows that pure P-wave VTI wave equation not only accurately described the P-wave field characteristics, but also eliminated the pseudo SV-wave artifact in conventional coupled quasi P-wave equation, and made the wave field propagation more stable and less dispersion error.