Primary drainage capillary pressure data are usually correlatable with a 3D predictable
property of grid cells. Accordingly, rock typing is normally performed based on an …

Petrophysical rock typing in reservoir characterization is an important input for successful
drilling, production, injection, reservoir studies and simulation. In this study petrophysical …

Despite the differences between petrophysical static (PSRTs) and dynamic rock types
(PDRTs), previous indices were unable to distinguish between them. FZI-Star (FZI*) and …

Reservoir simulation is established as a good practice to make the best decision for a
petroleum reservoir. The reservoir is characterized in terms of reservoir elements such as …

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 …

Special core analysis (SCAL) measurements play a noteworthy role in reservoir
engineering. Due to the time-consuming and costly character of these measurements …

Long-term production planning for open-pit mines is recognised as one of the vital decision-
making issues in open-pit mining operations. In addition, the ore grade is one of the most …

Accurate and representative core data should be used as the ground truth in formation
evaluation, reservoir surveillance, and other relevant geoscience applications because the …

This study aims to improve rock-type classification by analyzing core data based on the
water–oil primary drainage capillary pressure method. A modified empirical equation is …

Rapid growth of single-cell sequencing techniques enables researchers to investigate
almost millions of cells with diverse properties in a single experiment. Meanwhile, it also …