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Rheological Aspects of Wave Modeling: Recent advances by José M. Carcione (OGS, Italy)

Rheological Aspects of Wave Modeling: Recent advances by José M. Carcione (OGS, Italy). Hans B. Helle (Norsk Hydro). Relevancy for exploration geophysics. Viscoelasticity (energy loss and velocity dispersion) Anisotropy (compaction, fine layering, fracture, cracks)

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Rheological Aspects of Wave Modeling: Recent advances by José M. Carcione (OGS, Italy)

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  1. Rheological Aspects of Wave Modeling: Recent advances byJosé M. Carcione (OGS, Italy) Hans B. Helle (Norsk Hydro)

  2. Relevancy for exploration geophysics Viscoelasticity (energy loss and velocity dispersion) Anisotropy (compaction, fine layering, fracture, cracks) Porous media (+ fluid and pressure effects)

  3. Attenuation

  4. Anisotropy and attenuation

  5. Porous media

  6. Porous media

  7. Porous media. Diffusive slow mode

  8. Porous media Alternating water/gas layers

  9. Porous media. Slow wave Kelder and Smeulders (1999)

  10. Porous media and anisotropy

  11. Porous media. Partial saturation

  12. Multi-mineral porous media

  13. Experiment configuration

  14. Porous media. Numerical experiments

  15. Porous media. Numerical experiments

  16. Porous media. Numerical experiments

  17. Porous media. Numerical experiments

  18. Porous media. Numerical experiments

  19. Porous media. Numerical experiments

  20. Porous media. Numerical experiments

  21. Relaxation frequencies

  22. Diffusive static-mode equation

  23. Fractal permeability

  24. Fractal permeability

  25. Constitutive equations

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