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

Porosity is the dominant factor that determines the exploitable capacity of sedimentary
reservoir rocks. Generally, pore heterogeneity is poorly represented in subsurface …

The discovery of karst dissolution features in boreholes or well logs serves as a key indicator
of the presence of significant karst porosity and high permeability zones in carbonate …

Understanding the near-surface structure of the Earth requires accurate prediction of
physical properties of the subsurface, such as velocity estimated from tomographic inversion …

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 forecasting of fluid saturation changes within the reservoirs is one of the main issues of
rock physics, which is often done using Biot-Gassmann theory. However, this theory …

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 …

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

Accuracy of cementation factor m is crucial for water saturation calculation. Water saturation
calculation usually only uses single value of m obtained from core analysis at certain …

It has been believed that P-wave velocity is strongly influenced by complexity of pore
arrangement. In Sandstones, the pore complexity is influenced by the constituent material of …