We develop a method to invert S‐wave splitting (SWS) observations, measured on
microseismic event data, for the ratio of normal to tangential compliance (ZN/ZT) of sets of …

We estimate the seismic attenuation and velocity dispersion induced by fluid pressure
diffusion in a saturated porous medium containing a sparse distribution of aligned slit …

Fractures often play an important role in controlling the fluid flow in hydrocarbon reservoirs.
When the seismic wave propagates through media containing fracture corridors, significant …

Laboratory estimates of the normal (Bn) and shear (Bt) compliance of artificial fractures in
samples of Jurassic and Carboniferous limestone under wet and dry conditions are …

One of the main causes of azimuthal anisotropy in sedimentary rocks is anisotropy of
tectonic stresses in the earth's crust. We have developed an analytic model for seismic …

This paper addresses an important fundamental question: the differences between wave
propagation in fractured porous media with a uniform matrix (constant bulk modulus) and …

Fracture‐background wave‐induced fluid flow (FB‐WIFF) and elastic scattering are
considered two important mechanisms for P‐wave dispersion and attenuation in the …

水力压裂是页岩气开发过程中的核心增产技术, 微地震则广泛用于压裂分析,
水驱前缘监测和储层描述. 微地震反演过程中, 用于反演的速度模型往往基于测井 …

Intrinsic attenuation has the potential to clarify the physical properties of earth materials,
whereas positive utilization of seismic scattering has been recognized as useful in …

Elastic wave velocities in rocks vary with stress due to the presence of discontinuities and
microcracks within the rock. We analytically derived a model to account for stress …