The effect of the replacement rate of silica fume (SF) on the correlation between the
compressive strength and ultrasonic pulse velocity (UPV) of cement mortar was …

Fractures in carbonate rocks make the reservoir and its elastic properties complex, which
creates challenges in the geophysical exploration of oil and gas resources. To study the …

Existing methods of well-logging interpretation cannot be applied accurately for the
exploration and evaluation of carbonate reservoirs because of the fracture development …

Carbonate reservoirs are of great economic importance due to their frequent association
with high permeability and hydrocarbon storage capacity. One of the most significant …

Carbonate rocks have a complex pore structure, show strong heterogeneity, and have a
wide range of velocities that lead to more complicated velocity-porosity relationships …

A numerical modelling method for the low-frequency (∼ 10 2 Hz) acoustic wave propagation
in a bubbly fluid with a low gas fraction is developed in this paper. Based on the digital …

Understanding the propagation process of acoustic waves in the soil is very important for
designing high-performance acoustic wave detection devices. In this study, the discrete …

A core scale modeling method for viscoelastic properties of rocks saturated with viscous fluid
at low frequencies is developed based on the stress‐strain method. The elastic moduli …

A comprehensive understanding of mechanical properties of reservoir rocks can help in all
stages of hydrocarbon and geothermal exploration, field development, and Carbon Capture …

Existing methods of well-logging interpretation often contain errors in the exploration and
evaluation of carbonate reservoirs due to the complex pore structures. The differences in …