Technical Programme >Programme

Technical Programme


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Please note: The technical programme starts daily at 09:30. This is an hour later than previous EAGE Conference & Exhibition events.
The technical programme is also included in the Programme & Catalogue, which can be downloaded here.


Overview by
= oral presentation  = poster presentation
Seismic Modelling - Topography
TypeOral session
ChairmanA.V. Goertz - Petroleum Geo-Services
M. Charara - Skolkovo Institute of Science and Technology

14:30Tu N114 09 Free-surface Boundary Condition in 3D Fully Staggered Grid Finite Difference Seismic Simulation with Topography
C.H. Zhang (BroadGeo, Inc), M.Q. Luo* (BroadGeo, Inc.), C.H. Zhu (Sinopec Exploration and Production Research Instit), Y.Q. Chen (Sinopec Exploration and Production Research Instit) & N. Dong (Sinopec Exploration and Production Research Instit)
14:55Tu N114 10 Effect of Surface Sand Topography Changes on Repeatability of Land Seismic Data in Desert Environment
D.R. Kolyukhin (Institute of Petroleum Geology & Geophysics SB RAS), V.V. Lisitsa* (Institute of Petroleum Geology & Geophysics SB RAS), V.A. Tcheverda (Institute of Petroleum Geology & Geophysics SB RAS), D. Alexandrov (Saint Petersburg State University) & A. Bakulin (EXPEC ARC, Geophysics Technology, Saudi Aramco)
15:20Tu N114 11 An Immersed Free Surface Boundary Treatment for Seismic Wave Simulation
L. Gao* (Univ. Grenoble Alpes), R. Brossier (Univ. Grenoble Alpes), B. Pajot (Bull/Atos, Grenoble), J. Tago (Universidad Nacional Autonoma de Mexico) & J. Virieux (Univ. Grenoble Alpes)
15:45Tu N114 12 Finite Difference Modelling with (2M)Th-order Spatial and (2N)Th-order Temporal Accuracies for 2D Acoustic Wave Equation
E.J. Wang* (China University of Petroleum,Beijing), Y. Liu (China University of petroleum,Beijing) & X. Wu (China University of Petroleum, Beijing)
16:10 Break
16:30Tu N114 13 Acoustic Finite-difference Modeling on Locally Adjusted Grid in the Presence of Rugged Topography
B. Li* (China University of Petroleum(Beijing)) & Y. Liu (China University of Petroleum(Beijing))
16:55Tu N114 14 Frequency-domain Modeling of Pseudo-acoustic Wave Propagation in 2D Tilted Transversely Isotropic Media
Q.Z. Du (China University of Petroleum), C.F. Guo (China University of Petroleum), G.C. Wang (China University of Petroleum) & F.S. Yang* (China University of Petroleum)
17:20Tu N114 15 Stable TTI qP-wave Numerical Simulation Based on the Improved Rotated Staggered-grid Finite-difference Scheme
F.S. Yang* (China university of petroleum (east China)), Z.C. Li (China university of petroleum (east China)), X.D. Wang (China university of petroleum (east China)) & K. Zhang (China university of petroleum (east China))
17:45Tu N114 16 Application of the Improved Perfectly Matched Layer in 2D Finite-difference Modeling with an Irregular Free Surface
Y. Yang* (China University of Petroleum), J.P. Huang (China University of Petroleum and Rice University), Z.C. Li (China University of Petroleum), Q.Y. Li (China University of Petroleum) & K. Tian (Shengli Geophysical Research Institute of SINOPEC)