Rock porosity is an important parameter for the formation evaluation, reservoir modeling,
and petroleum reserve estimation. The conventional methods for determining the rock …

The rock porosity is considered a key petrophysical property for the rock due to its great
impact on the hydrocarbon reserve estimation and petroleum economics. The conventional …

Core data play a significant role in analyses of fundamental petrophysical properties, such
as porosity and pore size distribution (PSD), which can be used to estimate the storage …

Determining the porosity of the drilled formation is a significant task for formation evaluation
purposes for further implementation in petroleum reservoir simulation and estimating the …

Recently, experimental and mathematical studies helped researchers to investigate and
understand the fundamentals of hysteresis behavior in rock properties. Porosity and …

Rock cuttings and chips, usually from boreholes, are considered as direct samples from the
subsurface layers containing valuable information. They are rarely used in routine studies …

Determination of petrophysical parameters from surface measurements of drill cuttings,
rather than well logs, has long been a subject of interest in the petroleum industry. Analysis …

Petrophysical data, essential for reservoir description and modeling, are obtained by
expensive laboratory core measurements and/or well-log measurements. Due to the high …

The term" hysteresis" has been used for a long time. The researchers were paying attention
because of its wider usages in many disciplines of science and engineering. However, the …

A nuclear magnetic resonance (NMR)-based method was developed to quickly and
accurately determine porosities and densities of tight reservoir rocks from drill cuttings. The …