Obtaining quantitative information on the state of stress in the crust can only be
accomplished by accessing the zone of interest by drilling. The borehole cavity, however …

To evaluate the risk of induced seismicity due to hydraulic fracturing, a detailed stress
analysis in a seismically active region, ie, the Changning shale-gas field in the southern …

The mechanism of the effect of stresses on wave propagation in a fluid-saturated porous
media has not been well understood. The goal of this paper is to fill this gap. First we …

To ensure the effectiveness of fracturing treatment and improve the production reserves of
individual wells, it is important to accurately predict the in situ stress distribution to prevent …

Understanding the stress-dependent elastic moduli of fractured rocks is essential for
monitoring geopressure and tectonic stress. The elastic nonlinearity with finite strains can be …

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 …

地应力是评价页岩气储层是否可压裂成网的重要参数. 利用地震资料进行地应力参数预测可以
根据水平应力差异比(DHSR, Differential Horizontal Stress Ratio) 值大小来判断 …

Insights into the stress-dependent elastic moduli of fractured rocks are important in
monitoring geopressure and tectonic stress. This can be addressed by the theory of …

Prestress significantly influences the mechanical properties of fractured rocks due to stress-
induced anisotropy in the surrounding matrix and the stress-induced closure of cracks …

Seismic exploration of deep oil/gas reservoirs involves the propagation of seismic waves in
high-pressure media. Traditional elastic wave equations are not suitable for describing such …