Awareness of uniaxial compressive strength (UCS) as a key rock formation parameter for the
design and development of gas and oil field plays. It plays an essential role in the selection …

Accurate real-time pore pressure prediction is crucial especially in drilling operations
technically and economically. Its prediction will save costs, time and even the right decisions …

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 …

Allocated well production rates are crucial to evaluate the well performance. Test separators
and flowmeters were replaced with choke formulas due to economic and technical issues …

Formation resistivity (R t) is a vital property for formation evaluation and calculation of water
saturation and hydrocarbon in places. R t can be estimated using core analysis and well …

Effective drilling planning relies on understanding the rock mechanical properties, typically
estimated from petrophysical data. Real-time estimation of these properties, especially static …

The geomechanical characteristics of a drill formation are uncontrollable factors that are
crucial to determining the optimal controllable parameters for a drilling operation. In the …

The lithology of the formation is known to affect the drilling operation. Litho-facies help in the
quantification of the formation properties, which optimizes the drilling parameters. The …

Building a mechanical earth model (MEM) is a challenging task. It requires an extensive
collection of data such as logs and core data to build a reliable model. MEM can support …

Formation resistivity is crucial for petrophysics and formation evaluation. Laboratory
measurements and/or well logging can be used to provide resistivity data. Laboratory …