Bayesian inversion for rapid multiwell interpretation of well logs and core data: Applications to unconventional organic-shale formations

Improving multiwell petrophysical interpretation from well logs via machine learning and statistical models

Fast-forward modeling of borehole nuclear magnetic resonance measurements acquired in deviated wells and spatially heterogeneous formations

Interpretation of well logs and core data via Bayesian inversion

Hierarchical machine learning workflow for conditional and multiscale deep-water reservoir modeling

Ensemble-based well-log interpretation and uncertainty quantification for well geosteering

Inversion-based interpretation of borehole spontaneous potential measurements for accurate estimation of water resistivity in the presence of shoulder-bed and mud-filtrate invasion effects

Rapid modeling of borehole measurements of nuclear magnetic resonance via spatial sensitivity functions

Estimation of directional crack density and fluid properties from well logs in vertical wells

Evaluation of 3D shear-wave anisotropy based on elastic-wave velocity variations around the borehole

Estimation of in situ hydrocarbon saturation of porous rocks from borehole measurements of spontaneous potential

Mechanistic 3D finite-difference simulation of borehole spontaneous potential measurements

Application of Backus average to simulate acoustic logs in thinly bedded formations

Fast modeling of gamma-gamma density measurementsvia gamma-ray point-kernel approximations

Physics, applications, and limitations of borehole neutron-gamma density measurements

Pore-size-dependent fluid substitution method for magnetic resonance measurements

Rapid forward modeling of logging-while-drilling neutron-gamma density measurements

Quantifying static and dynamic stiffness anisotropy and nonlinearity in finely laminated shales: Experimental measurement and modeling

Nonlinear mixing law for magnetic resonance transverse-relaxation measurements of dispersed mixtures

Interpretation of borehole flexural measurements in high-angle wells using 3D spatial sensitivity functions