The petrophysical and elastic properties of the carbonate rocks controlled by strike-slip fault
are still poor understood due to their significant complexities and strong heterogeneities …

This paper explores the innovative application of machine learning and neural network
algorithms to predict pore types in carbonate rocks using experimental acoustic properties …

This research presents the theoretical and experimental results in real time and suggests
spatial models after reviewing the spatial modelling method, which has an important place in …

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

The acoustic properties of heterozoan and photozoan carbonates are compared and
interpreted in the light of their distinct patterns of diagenetic evolution. The combined role of …

Carbonate rocks have a wide variety of pore shapes and different types of grains, which
greatly affect the elastic properties and characteristics of the reservoir. This causes certain …

The carbonate reservoirs in the Ordovician Majiagou Formation of the Ordos Basin have
undergone complex geological evolution, resulting in high-quality dolomite reservoirs that …

The role of detrital components influencing the petrophysical parameters of calcareous rocks
is primordial for understanding its effect on the porous space, which in turn control reservoir …

Ordos basin is known for its tight sandstone formations and fracturing has been the most
effective approach to improve production [,]. With increasing stimulation activities, water …

Many researchers reported that porosity and, to less extent, sedimentary fabric are the main
controlling aspects of acoustic wave propagation in carbonate reservoirs. In this study, we …