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Multi-scale analysis of mineral and porosity distributions in 3D for a heterogeneous Junger Basin shale

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About this Collection

Multi-scale analysis of mineral and porosity distributions in 3D for a heterogeneous Junger Basin shale


Three sub-samples were collected at different locations of a shale slab from the Junger Basin, north western China, and were referred to as S1 and S4′. The shale is composed primarily of calcite, sodium feldspar, potash feldspar and dolomite. The mineral can be grouped as the following: calcite, sodium feldspar and potash feldspar (group as f... more


Geophysics not elsewhere classified Simulation and Modelling


https://doi.org/10.4225/08/5799457988CE4


Sam Yang
Sam.Yang@csiro.au

Oil & gas shale microstructure data-constrained modelling DCM X-ray CT


:

DCM website


Readme.html


shale_S4p_pore_distributions.html


shale_S4p_pore_clusters.html


shale_S4p_compositions.html


shale_S1_Pore_distributions.html


shale_S1_pore_clusters.html


shale_S1_compositions.html


Readme20160316.pdf


CSIRO Data Licence


CSIRO (Australia)


Wang, Yudan; Liu, Keyu; Yang, Sam; Ren, Yuqi; Hu, Tao; Deng, Biao; Xiao, Tiqiao (2016): Multi-scale analysis of mineral and porosity distributions in 3D for a heterogeneous Junger Basin shale. v4. CSIRO. Data Collection. https://doi.org/10.4225/08/5799457988CE4


All Rights (including copyright) CSIRO 2016.


The metadata and files (if any) are available to the public.

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About this Project

CSS-TCP - Data Constrained Mater


The objective of the project is to develop a data-constrained modelling methodology and software implementation to advance CSIRO's capability in quantitative 3D characterisation, modelling and visualization of materials microstructures and their bulk properties. Benchmark case studies are conducted in collaboration with CSIRO Business Units to elev... more


Sam Yang


Data-constrained modelling (DCM)


Data-constrained characterisation of materials microstructures and performance properties by incorporating quantitative multi-energy X-ray CT in a generic statistical mechanical modelling framework


Analysis


Yudan Wang


Keyu Liu


Sam Yang


Yuqi Ren


Tao Hu


Biao Deng


Tiqiao Xiao


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