In this course, the foundations of rock physics are introduced. We also show the direct applications in reservoir properties prediction. We also discuss the potential of rock physics workflows in the context of reservoir storage and flow capability in porous rocks.

In this course the foundations of elastic anisotropy are introduced, based on classic observations of earth’s crust rocks. In addition, we show diverse elastic scenarios to which a certain symmetry arrangement can be integrated for modeling and seismic inversion purposes. This approach can be used to detect anisotropic anomalies that can be linked to potential reservoirs properties.

This course introduces the basic concepts of wave conversion phenomena a how they can be affected by geological interfaces. Special emphasis is given to the types of PS conversion (fast and slow), how to recognize it and physics involved in the process. The course also focus on the processing workflow of PS converted waves, the limitations of processing algorithms currently available in the industry. Direct applications in reservoir characterization are discussed.

In this course, the seismic inversion foundations are introduced. A didactic review of the most relevant methods is made. We talk about the boundary conditions, the advantages and limitations. The “trues and lies” are discussed. The potential of seismic inversion is shown in an objective manner, based on our intrinsic knowledge of the “hidden” algorithms.