ROSE

ROSE meeting 2-3 May 2011

Norwegian Institute of Science and Technology


Location

The meeting takes place in P1 in PTS1, S.P. Andersens veg 15, Trondheim. (See map below).


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Agenda

Note that links to the presentations will be added as we get permissions from the authors.

Presentations

Rock Physics

  1. M. Landrø, NTNU, Welcome (ppt)
  2. T. Siggins, CSIRO, Ultrasonic attenuation and permeability in a brine saturated sandstone
  3. R.M. Holt , NTNU, Shales and clays: Velocities and velocity anisotropy - dependence on stress and lithology (ppt)
  4. P. Avseth, Odin Petroleum/NTNU, Rock Physics modelling and interpretation of 4D seismic time shifts in Troll east
  5. K. Duffaut, NTNU, Mindlin's friction term and implications for shear modulus and anisotropy in granular media (ppt)
  6. M. H. Bhuiyan, NTNU, The most important is to delta (pdf)
  7. I. Larsen, SINTEF, Grain scale modelling of rock mechanical and petrophysical behaviour
  8. N. Thompson, NTNU, Synthetic Rock Mass modeling for determination of geomechanical properties reservoir rock masses
  9. A.M. Stroisz, Identifying elastic and non-elastic causes for stress sensitivity of wave velocities (ppt)
  10. P. Golikov and M. Landrø, NTNU, Kinematical parameters in 2D TTI media (pdf)
  11. A. Stovas, NTNU, Low-frequency extension of the Backus effective medium (ppt)

Time lapse and reservoir characterization

  1. M. Landrø, NTNU, Seismic monotoring of an old underground blow out - 20 years later (ppt)
  2. E. Langseth, NTNU, 4D interpretation of gas migration in shallow sand layers- compared to reservoir simulation (ppt)
  3. H. Balhareth, NTNU, Time lapse refraction analysis and full wave form inversion (ppt)
  4. D. Gei,OGS Trieste, Cross-hole electrimagnetic and seismic modeling for CO2 detection and monitoring in a saline aquifer
  5. L. Skopintseva, NTNU, Frequency effects at pre-, near- and post-critical offsets observed on water-plexiglas interface (ppt)
  6. M. van der Baan, University of Alberta, Canada, Time-lapse attenuation as a tool for separating pressure and saturation changes
  7. A. Ghaderi, NTNU, Patchy saturations and thickness estimations of a thin CO2-layer (ppt)
  8. D. Barker, NTNU, High frequency noise from air guns (ppt)
  9. S. Witsker, S. Grude, A. Tantsereva, O. Silinska and T. Bhakta PhD plans (ppt)

Imaging and inversion

  1. T. Alkhalifa, King Abdullah University of Science and Technology, Time extrapolation of the double-square-root equation: prestack exploding reflector modeling and migration
  2. B. Arntsen, NTNU, Blended shot migration with an inverse source (pdf)
  3. M. de Hoop, Purdue University, Massively parallel structured approach direct Helholtz solver, RTM-based inverse scattering and FWI
  4. P. Sava, CWP, Colorado Schhol of Mines, Wide-azimuth angle gathers for anisotropic wave-equation migration
  5. W. Weibull, Reverse-time velocity analysis
  6. B. Ursin, Separate P- and SV-wave equations for VTI media
  7. T. Wiik, Contrast source inversion of CSEM and MT data