The emergence and application of geological models have contributed to new assessment
schemes for oil and gas reservoir development. The model simulates stratigraphic …

Outcrops and core observations show that sandy and tuffaceous laminas and natural
fractures are well developed in the continental shale gas reservoir. This study reports the …

Characterizing multivariate parameters is crucial for uncertainty analysis in geological
engineering. However, the commonly used multivariate distribution function-based methods …

摘要现场调查表明, 砂质纹层, 凝灰质纹层和天然裂缝广泛地存在于陆相页岩储层中.
本文对鄂尔多斯盆地页岩储层中的纹层和天然裂缝进行了多尺度研究, 并构建了三维地质结构 …

Discrete fracture network (DFN) modeling is a popular method for studying reservoir
characteristics. However, on one hand of the existing DFN studies, the correlations that may …

Discrete fracture networks (DFN) are widely used to build refined geological models.
However, validating whether a refined model can match to reality is a crucial problem …

Connectivity evaluation of fracture networks is important in the design, assessment, and
development of reservoirs in various engineering applications involving geothermal …

A new methodology for the simulation of spatially distributed petrophysical properties
conditioned by elastic attributes as secondary variables is presented. The method, namely …

Failure mode and effects analysis (FMEA), it is difficult to incorporate interdependencies
between various failure modes with uncertain and inaccurate information into the failure …

Failure accidents of casings, designed obeying traditional design standards that have been
amended for many times, are still happening nowadays, and existing reliability analysis …