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Technical Programme


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The technical programme is included in the Programme & Catalogue and can be downloaded as PDF here [699KB].

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= oral presentation  = poster presentation
Seismic Modelling IV
RoomSchubert 5
TypeOral session
ChairmanV.V. Lisitsa - Institute of Petroleum Geology & Geophysics SB RAS

13:30Th SBT5 09 Anelastic Modeling for the Media with Irregular Fluid-solid Interfaces
Y.M. Qu* (China University of Petroleum), Z.C. Li (China University of Petroleum), J.P. Huang (China University of Petroleum) & J.L. Li (China University of Petroleum)
13:55Th SBT5 10 Seismic Forward Modelling with Pore Pressure Effect
Y.C. Ning* (China University of Petroleum(Beijing)), Y. Rao (China University of Petroleum(Beijing)), Y.H. Wang (Center for Reservior Geophysics, Imperial College), X.H. Chen (China University of Petroleum(Beijing)) & J.Y. Li (China University of Petroleum(Beijing))
14:20Th SBT5 11 Theory and Modelling of Viscoelastic Anisotropic Media Using Fractional Time Derivative
Z.H. Qiao* (China University of Petroleum(East China)), C.Y. Sun (China University of Petroleum(East China)) & D.S. Wu (China University of Petroleum(East China))
14:45Th SBT5 12 Comparison of Elastic vs Poroelastic and Semi-analytical vs Finite-difference Seismic Modelling
A. Mesgouez* (UMR EMMAH, Université d'Avignon), B.O. Rosland (Skagen44 AS, Stavanger), G. Chiavassa (Ecole Centrale de Marseille), B. Lombard (Laboratoire de Mécanique et d'Acoustique,Marseille), G. Lefeuve-Mesgouez (UMR EMMAH, Université d'Avignon) & R.J. Brown (University of Stavanger and Skagen44 AS)
15:10 Break
15:30Th SBT5 13 Study on the Effect of Water Saturation on Acoustic Properties for Two Phase Medium Based Artificial Cores
Y. Pei* (Sinopec Geophysics Research Institute), Q. Yang (Sinopec Geophysics Research Institute), Q. Zhao (Sinopec Geophysics Research Institute), Z. Ma (Sinopec Geophysics Research Institute), W. Liu (Sinopec Geophysics Research Institute) & S. Xue (Sinopec Geophysics Research Institute)
15:55Th SBT5 14 3D Elastic Wave Modeling Using Hybrid Absorbing Boundary Condition and Global Optimal Implicit Finite-difference Scheme
X. Liu* (China University of Petroleum(Beijing)) & Y. Liu (China University of Petroleum(Beijing))
16:20Th SBT5 15 A 2.5D Elastic Wave Modeling Algorithm Using Near-optimal Quadratures
M. Li (Tsinghua University), V. Druskin (Schlumberger), A. Abubakar* (Schlumberger) & T. Habashy (Schlumberger)
16:45Th SBT5 16 Optimized Least Squares Method for Elastic-wave Variable-order Rotated Staggered-grid Forward Modeling
W.Z. Wang* (Peking University), T. Hu (Peking University), S.P. An (Peking University), J.Y. Song (RIPED, PetroChina), Y.D. Li (RIPED, PetroChina), J.S. Li (RIPED, PetroChina) & Y. Zhang (RIPED, PetroChina)