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Showing 1 to 3 of 3 for “"Thin-section images"”.

  1. Improving Reservoir Simulation Models by Incorporating Rock Types

    Defining of rock types for a reservoir has been proven to be helpful when creating a geological model. Lab investigation helps in providing data and conclusions which when combined with Petro-physical properties aids in planning for future design based on permeability, porosity and rock quality. …

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  2. Permeability, Pore Body, and Pore Throat Size Distributions from 2D Image Analysis: Comparison with Results from 3D Imaging and Laboratory Measurements

    … portions of the sample are identified in thin section, and models exist for estimating rock properties, then petrophysical properties may still be estimated. This was illustrated for absolute permeability by Hathon et al., (2003), and Tripathi, et al., (2017). That work required detailed …

    houston Repository record for Permeability, Pore Body, and Pore Throat Size Distributions from 2D Image Analysis: Comparison with Results from 3D Imaging and Laboratory Measurements (opens in a new tab)

  3. Integrating rotational components to optical properties observed in petrographic thin sections via automated image acquisition and analysis

    The analysis of petrographic thin sections is a widely used process for the identification of the mineralogy of rocks and the analysis of their textural and microstructural characteristics. Despite the benefits of petrographic thin section analysis, it remains a time-consuming process with the …

    stellenbosch Repository record for Integrating rotational components to optical properties observed in petrographic thin sections via automated image acquisition and analysis (opens in a new tab)