Oil and gas construction projects are critical for meeting global demand for fossil fuels, but
they also present unique risks and challenges that require innovative construction …

The oil and gas industry substantially influences global energy production due to its
complexity and faces different challenges. In various industries, including the oil and gas …

For the purpose of carbon capture, utilization, and storage, carbon dioxide (CO 2) injection
in coal formations can enhance methane recovery and mitigate climate change. However …

Determination of in-situ stresses is essential for subsurface planning and modeling, such as
horizontal well planning and hydraulic fracture design. In-situ stresses consist of overburden …

The deep learning model constituting two neural network models (ie, densely connected
and long short-term memory) has been applied for automatic characterization of dual …

This research aims to optimize deep learning models constituting long short-term memory
and dense neural networks using the genetic algorithm (GA). This novel scenario has been …

Carbon capture, utilization, and storage (CCUS) is an essential greenhouse gas-reducing
technology that can be employed throughout the energy system. Carbon dioxide (CO 2) …

The current brief review paper on rock stress measurement methods is very crucial factors in
mining, civil infrastructure, geothermal energy, nuclear underground disposal, large …

Water saturation (S w) is a vital factor for the original oil and gas in place (OOIP and OGIP).
Numerous available equations can be used to calculate S w, but their values have been …

The completion design of multistage hydraulic fractured wells including the cluster spacing
injected proppant and slurry volumes has shown a great influence on the well production …