Brittleness is an important parameter controlling the mechanical behavior and failure
characteristics of rocks under loading and unloading conditions, such as fracability …

随着埋藏深度的增加, 构造复杂程度, 地层温度和压力增加, 地层闭合压力, 地应力差,
杨氏模量和抗压强度等力学参数也都有不同程度的增大, 水平井分段多簇压裂技术在深层页岩气 …

The purpose of this review paper is to show the possibilities of carbonate reservoir
characterization using well logging and laboratory measurements. Attention was focused on …

Evaluating the ability of coal seams to form fracture networks by hydraulic fracturing is
important for the development of coalbed methane (CBM) reservoirs. In this paper, a new …

Fracability evaluation for unconventional reservoir is critical to the selection of candidate
zones for post-frac productivity and plays a key role in fracturing design. Historically, the …

Brittleness is an essential parameter in the evaluation of wellbore stability and hydraulic
fracturing design of shale reservoirs. It is an inherent geomechanical property controlled by …

Brittleness is an intrinsic mechanical property of rock materials that has attracted significant
attention to be properly quantified as it plays an important role in characterization of brittle …

Accurate evaluations of rock brittleness are very significant in the engineering geology and
geotechnical engineering fields. Most previous studies have adopted the stress–strain …

Fracking is widely applied to enhance shale gas mining, and insight into the fracture
behaviors of shale rocks is important. To characterize the fracture properties of Lower …

The inherent anisotropy of shale makes it exhibit different mechanical properties when
measured in different directions. Generally, the measurements of the anisotropic mechanical …