Permeability is the key variable for reservoir characterization used for estimating the flow
patterns and volume of hydrocarbons. Modern computer advancement has highlighted the …

Carbonate petroleum reservoirs typically have lower permeabilities and recovery factors
than sandstone reservoirs, so the natural fractures they often incorporate have positive …

The knowledge of reservoir permeability determination is increasingly important in
petroleum engineering. Understanding the alteration of the abovementioned parameter as a …

Developing precise predictive methods for liquid density of CO 2+ hydrocarbon mixtures is
vital to model, optimize, and design of the enhanced oil recovery (EOR) and the CO 2 …

Predicting the solubility of hydrogen (H 2) in aqueous solutions is crucial for studying
reactions of hydrogen in the formation, which also affects the security and optimal design of …

Permeability is an important parameter in the petrophysical study of a reservoir and serves
as a key tool in the development of an oilfield. This is while its prediction, especially in …

The need to determine permeability at different stages of evaluation, completion,
optimization of Enhanced Oil Recovery (EOR) operations, and reservoir modeling and …

From exploration to production, the permeability of reservoir rocks is essential for various
stages of all types of hydrocarbon field development. In the absence of costly reservoir rock …

This study probes the application of Cascade Forward Neural Network (CFNN), Least
Square Support Vector Machine (LSSVM), Multilayer Perceptron (MLP), and Generalized …

Accurate estimation of shear wave velocity (V s) is crucial for modeling hydrocarbon
reservoirs. The V s values can be directly measured using the Dipole Shear Sonic Imager …