The acoustic-electrical (AE) response of subsurface hydrocarbon reservoirs is highly
affected by rock heterogeneity. In particular, the characterization of the microstructure of tight …

Temperature-and pressure-dependent elastic properties (static and dynamic shear and bulk
moduli) of porous rocks are investigated in terms of the characteristics of pore …

致密砂岩气藏具有裂缝发育和有效应力高的特征, 研究不同有效压力下孔, 裂隙介质地震波传播
特征, 有利于地震解释与地下储层的识别. 但是前人的研究较少考虑岩石内部微观孔隙结构特征 …

致密砂岩储层普遍具有孔隙度低, 微裂隙发育的特点, 岩石内部常含有强烈的结构非均质性.
致密砂岩发育的微裂隙使储层具有良好的连通性, 促成高饱和气的天然气成藏 …

The elastic properties of rocks depend on the mineral constituents, pore structure, saturating
fluids, and stress (loading) conditions. To study these properties, we measured ultrasonic P …

In the present study, credible analytical and numerical models are developed in order to
explain the apparent discrepancies in the ratios of static and dynamic deformation models …

The prediction of the pore geometrical properties is important in the exploration and
development of tight-sandstone hydrocarbon reservoirs. To investigate this topic, we have …

Tight-sandstone gas reservoirs have low porosity and contain developed microcracks, result
in the strong matrix heterogeneity. Due to the development of microcracks in tight sandstone …

Understanding the effect of temperature on physical properties of rocks is important to
develop deep oil, gas, and geothermal resources. Velocity‐porosity relations are essential …

Understanding the effects of pressure and rock microstructure on seismic elastic properties
of fully saturated rocks is of considerable importance in a range of geophysical applications …