The database obtained from Fournier (2009) combines (1) ultrasonic measurements of P- and S-wave velocities at various effective pressures, (2) density and porosity measurements, (3) quantitative mineralogic analyses using X-ray diffraction (XRD), (4) detailed petrographic studies of thin sections, and (5) critical porosity and elastic properties of microporous mixed carbonate-siliciclastic rocks. Fournier, F., & Borgomano, J. (2009). Critical porosity and elastic properties of microporous mixed carbonate-siliciclastic rocks. Geophysics, 74, E93–E109
Estimation of petrophysical and geomechanical properties of complex hydrocarbon reservoirs relies on...
Direct hydrocarbon indication using elastic seismic inversion can be optimized using a weighted diff...
Machine learning has been used in the petroleum industry for a long time, but its usage was limited ...
The database obtained from Fournier (2009) combines (1) ultrasonic measurements of P- and S-wave vel...
To make efficient use of image-based rock physics workflow, it is necessary to optimize different cr...
To make efficient use of image-based rock physics workflow, it is necessary to optimize different cr...
To make efficient use of image-based rock physics workflow, it is necessary to optimize different cr...
Machine learning clustering methods offer the potential for recognition and separation of facies bas...
In the upstream field of exploration and production of hydrocarbons, the characterization of rock fa...
Velocity in carbonates is largely controlled by porosity and pore types while in siliciclastic rocks...
For a safe drilling operation with the of minimum borehole instability challenges, building a mechan...
Carbonate rocks are important archives of past ocean conditions as well as hosts of economic resourc...
International audienceIt is important in geophysical applications to relate the compressional and sh...
Uniaxial Compressive Strength (UCS) and Modulus of elasticity (E) of carbonate rocks are very critic...
Prediction of fluid pressure before drilling, using geophysical methods helps the industry a lot in ...
Estimation of petrophysical and geomechanical properties of complex hydrocarbon reservoirs relies on...
Direct hydrocarbon indication using elastic seismic inversion can be optimized using a weighted diff...
Machine learning has been used in the petroleum industry for a long time, but its usage was limited ...
The database obtained from Fournier (2009) combines (1) ultrasonic measurements of P- and S-wave vel...
To make efficient use of image-based rock physics workflow, it is necessary to optimize different cr...
To make efficient use of image-based rock physics workflow, it is necessary to optimize different cr...
To make efficient use of image-based rock physics workflow, it is necessary to optimize different cr...
Machine learning clustering methods offer the potential for recognition and separation of facies bas...
In the upstream field of exploration and production of hydrocarbons, the characterization of rock fa...
Velocity in carbonates is largely controlled by porosity and pore types while in siliciclastic rocks...
For a safe drilling operation with the of minimum borehole instability challenges, building a mechan...
Carbonate rocks are important archives of past ocean conditions as well as hosts of economic resourc...
International audienceIt is important in geophysical applications to relate the compressional and sh...
Uniaxial Compressive Strength (UCS) and Modulus of elasticity (E) of carbonate rocks are very critic...
Prediction of fluid pressure before drilling, using geophysical methods helps the industry a lot in ...
Estimation of petrophysical and geomechanical properties of complex hydrocarbon reservoirs relies on...
Direct hydrocarbon indication using elastic seismic inversion can be optimized using a weighted diff...
Machine learning has been used in the petroleum industry for a long time, but its usage was limited ...