Program Minisymposium 2012

Talks

15-20 min, they will be starting points for discussions:

• Digital rock physics: Three levels of understanding by Erik H. Saenger
• Wave induced fluid flow: From numerical bounds to applications by Germán Rubino
• Attenuation and dispersion, theory and experiments by Yves Guéguen
• The effect of methane hydrate morphology and water saturation on seismic wave attenuation in sand under shallow sub-seafloor conditions by Angus Best
• Low frequency attenuation measurements by Claudio Madonna and Nicola Tisato
• Interpretation of attenuation measurements: Do we "see" mesoscopic flow? by Beatriz Quintal
• Porosity deformation equation and effective stress coefficients in poroelasticity by Tobias Muller
• Multi-scale modeling of waves in partially saturated rocks by Holger Steeb

Posters

Posters will be displayed close to our meeting room and can be discussed during coffee- and other breaks, as well as during general discussions.

• Effective poroelastic model for periodic media by Asiya M. Kudarova, K.N. van Dalen and G.G. Drijkoningen
• Can we calculate shale elastic properties from microstructure? by Frans Kets, Waruntorn Kanitpanyacharoen and Hans-Rudolf Wenk
• Laboratory monitoring of P-waves in partially saturated sand by Julien Barrière, Clarisse Bordes, Daniel Brito and Pascale Sénéchal
• On the role of water saturation on the seismoelectric coupling: a laboratory experiment by Pascale Sénéchal, Clarisse Bordes and Julien Barrière
• Combining laboratory and computational rock physics by Erik H. Saenger, Marcel Frehner, Claudio Madonna, Nicola Tisato, Maria Kuteynikova, Nima Riahi, Paola Sala and Beatriz Quintal
• Effects of pore fluids and permeability barriers on S-wave attenuation by Beatriz Quintal, Holger Steeb, Marcel Frehner, Erik H. Saenger and Stefan M. Schmalholz
• Numerical modeling and laboratory measurements of seismic attenuation in partially saturated rocks by Maria Kuteynikova, Nicola Tisato and Beatriz Quintal
• Reservoir potential of tight rocks from laboratory measurements by Paulina Krakowska
• Measurements of seismic wave attenuation for frequencies between 0.1 and 100 Hz in a Paterson rig by Claudio Madonna, Nicola Tisato, Claudio Delle Piane and Erik H. Saenger
• Measurements and mechanisms of seismic wave attenuation in partially saturated rocks by Nicola Tisato, Claudio Madonna and Erik H. Saenger
• Finte-difference modeling of viscous Biot-coupling: Snapshot of the work in progress by Erik H. Saenger
• Unraveling seismic attenuation mechanisms in saturated alluvial sediments by M. Milani, J.G. Rubino, L. Baron and K. Holliger
• Simulation of poro-elastic seismic wave propagation in axis-symmetric open and cased boreholes by Rolf Sidler