Over the past decades, there has been a challenge to understand the fundamental
mechanisms influencing carbonate reservoir characterization due to their high degree of …

Rock typing is a vital step in oil and gas reservoir development to achieve predictions of
hydrocarbon reserves, recovery, and underground storage capacity for CO2 or hydrogen. To …

In an attempt to investigate the effect of different saturation degrees and micro-pore
characteristics on longitudinal wave velocity, the present study selects two groups of …

This paper presents new interrelationships of elastic properties of the porous rock to
petrophysical parameters in order to enhance better understanding on how compressional …

It is well recognized that the wave velocity is not only influenced by its constituent materials
but also by the details of the rock bulk. This situation may bring about data points of P-wave …

Non-destructive ultrasonic analyses for the measure of compressional wave velocity (VP)
can represent a non-invasive technique to characterize different lithologies and to set data …

Many investigations have been discussed and it is a well-recognized fact that sonic wave
velocity is not only influenced by its rock matrix and the fluids occupying the pores but also …

The main purpose of this study is to investigate on how acoustic velocity and quality factor
correlating with porosity, permeability and Internal pore structure in porous rocks. A re …

Salt-embedded basins and their sedimentary successions may play an important role in
energy transition as geothermal reservoirs, due to the high thermal conductivity of some …

In petroleum engineering, the Kozeny-Carman relation is commonly used to determine the
reservoir rock quality. However, detailed petrography analysis, to evaluate the pore structure …