• Probabilistic petrophysical and compositional interpretation of well logs and core data via Bayesian inversion 

  Deng, Tianqi; 0000-0002-6170-3944 (2022-05-06)

  A critical component of Formation Evaluation is the estimation of in situ petrophysical properties and solid/fluid composition of rocks from multiple well logs and core laboratory measurements. Commercial software solutions ...
• Rapid modeling of borehole measurements of nuclear magnetic resonance via spatial sensitivity functions 

  Albusairi, Mohammad; 0000-0002-8637-4403 (2022-05-06)

  Borehole measurements of Nuclear Magnetic Resonance (NMR) are routinely used to estimate in situ rock and fluid properties. Conventional NMR interpretation methods often neglect bed-boundary, mud-filtrate invasion, ...
• Effect of proppant wellbore settling on proppant distribution in perforation clusters 

  Aijaz, Muhammad Jahanzaib; 0000-0003-0741-6327 (2022-05-06)

  Proppant settling in the wellbore during hydraulic fracturing operations is an important consideration as it affects the efficiency and slurry distribution in perforation clusters. This phenomenon has been studied in the ...
• Coupled geomechanics and multiphase flow modeling in naturally and hydraulically fractured reservoirs 

  Pei, Yanli (2022-05-05)

  Fluid injection and production in highly fractured unconventional reservoirs could induce complex stress reorientation and redistribution. The strong stress sensitivity of fractured formations may also lead to non-negligible ...
• Thermal modeling of fractured reservoir-wellbore coupled system for fracture diagnosis and geothermal applications 

  Sun, He, Ph. D. (2022-06-27)

  Distributed temperature sensing (DTS) is an enabling technology for fracture diagnosis and multiphase flow measurement in unconventional areas. Fracture characterization and flow profiling are crucial to evaluate the ...

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