Recent advances in parameter estimation and seismic processing have allowed
incorporation of anisotropic models into a wide range of seismic methods. In particular …

Upper crustal rocks contain cracks of diverse sizes, shapes and orientations. Predicting their
influence on the effective elastic properties of a rock poses a challenging problem of …

As has been known for some time, velocities of elastic waves propagating in most
subsurface formations exhibit directional dependence, or seismic anisotropy. On their way to …

Exploration and development of naturally fractured reservoirs rely on understanding and
interpretation of certain signatures associated with seismic waves propagating through …

We discuss cross-property connections that interrelate effective linear elastic and conductive
properties of heterogeneous materials. More precisely, they relate changes in the properties …

We calculate effective properties of a porous material with non-ellipsoidal concave pores.
The pore shape is described by equation of a supersphere x 2 p+ y 2 p+ z 2 p= 1 that is …

摘要弹性波在含流体岩石中的传播速度和衰减是油气勘探领域的重要研究内容之一.
物理实验与经验关系, 理论模型, 数值模拟是研究速度和衰减的三种重要方法. 从20 世纪90 …

To establish a consistent framework for seismic wave propagation that accommodates the
effects of stress changes, it is critical to take into account the different definitions of stress …

Property contribution tensors constitute basic building blocks for evaluation of effective
properties of heterogeneous materials. Most of the existing results, however, are obtained …

At the geothermal research platform Gross Schönebeck (NE German Basin), we analysed 3-
D seismic reflection data to determine the degree and direction of azimuthal velocity …