Reservoir parameters are crucial indicators for reservoir evaluation and development and
provide insights into long-term reservoir behavior. The primary methods for evaluating these …

Forecasting the geometric characteristics of rock fractures in unexcavated tunnel sections is
crucial for construction arrangements. This paper presents a method for predicting fracture …

Shale is characterized by its laminated and fissile nature, consisting of numerous thin layers
that easily split along bedding planes. Traditional geomechanical simulations often simplify …

Currently, determining the mechanical parameters by inverse analysis in deep-buried
tunnels is still challenging and essential. Problems such as the limitation of unknown …

Hydraulic fracturing can significantly enhance coalbed methane production, with in-situ
stress playing a crucial role in this process. Our study focuses on calculating in-situ stress in …

Natural fractures with different angles, different combinations, and different sizes in mid-
deep fractured coal reservoirs lead to complex fracture propagation paths, which will affect …

The accurate description of the internal structure of weak interlayers is a prerequisite for the
safe construction of deep geotechnical engineering with complicated geological conditions …

Abstract A Sequence-Variable Attention Temporal Convolutional Network (SVA-TCN) is
proposed for lithology classification based on well log data. This study aims to address the …

Introduction Surface deformation in the Three Gorges Reservoir area poses significant
threats to infrastructure and safety due to complex geological and hydrological factors …