In addition to mineral composition and pore fluid, pore type variations play an important role
in affecting the complexity of velocity–porosity relationship and permeability heterogeneity of …

Pore structure in rocks at reservoir pressures can affect strongly elastic wave velocities. For
a reservoir where the fluid type and lithology are known, elastic wave velocity V can be …

In addition to porosity and mineral composition, pore type variation plays an important role in
affecting permeability heterogeneity of carbonate reservoirs. Rock physics models that do …

We compare viscoelastic models to obtain the seismic properties of a partially molten rock
as a function of temperature, pressure and tectonic stress. Invoking the correspondence …

Acoustic wave velocity has been commonly utilized to predict subsurface geopressure using
empirical relations. Acoustic wave velocity is, however, affected by many factors. To estimate …

In this study, a carbonate field from Iran was studied. Estimation of rock properties such as
porosity and permeability is much more challenging in carbonate rocks than sandstone …

Methods and apparatus that use microseismic event data, stress data, seismic data, and
rock properties to predict the hydrocarbon production success of a well location are …

岩石孔隙度和孔隙结构是表征储层渗, 储属性的重要参数, 这些参数在含流体岩层的岩性识别和
油气预测中具有关键作用. 首先探讨了孔隙结构参数的含义及其数学表示 …

Rock pore structure is one of the important parameters in controlling both seismic wave
velocity and permeability in sandstones and carbonate rocks. For a given porosity of two …

Carbonate reservoirs exhibit complex pore structure, which significantly affects the elastic
properties and seismic response, as well as the prediction of physical parameters. As one of …