Geological and geophysical data acquired from naturally fractured hydrocarbon reservoirs
usually exhibit the presence of multiple sets of fractures. Two different nonorthorhombic sets …

ABSTRACT PP-wave azimuthal elastic impedance (EI) data inverted from azimuthal
prestack seismic reflection data can be theoretically and practically used for fluid-and …

The subsurface in situ stress fields significantly influence the elastic and anisotropic
properties of rocks, yet traditional linear elastic theories often overlook the impact of stress …

摘要裂缝参数及水平应力差异比(DHSR) 的准确估测对于裂缝预测及水力压裂具有重要意义.
扩展弹性阻抗是一种预测弹性参数及物性参数的有效方法, 但其并未考虑各向异性的影响 …

Horizontally transverse isotropy (HTI) induced by vertical or subvertical aligned fractures is
common for unconventional fractured porous shale oil or gas reservoirs. Compared with the …

Seismic characterization of anisotropic in situ stress is of great importance in improving the
success of planning drilling and hydraulic fracturing treatment. Shales generally exhibit …

Tilted transverse isotropy (TTI) is common for naturally fractured reservoir when the fractures
exist a tilted axis of symmetry. Seismic characterization of natural tilted fractures from …

Fracture-induced azimuthal anisotropy of seismic waves has useful applications in the
characterization of hydrocarbon reservoirs as well as the overburden. Existing theories face …

Accurate estimation of fracture parameters and Differential Horizontal Stress Ratio (DHSR)
is of great significance for subsurface fracture prediction and hydraulic fracturing. Extended …

In seismic exploration, a precise description of the seismic reflection property is critical for
reservoir prediction and fluid identification. In the study of seismic wave transmission effects …