Experimental Images and Scripts for Two-Phase Flow in Fractured Media

Supporting data for the paper 'Quantitative visualization of two-phase flow in a fractured porous medium' submitted to Water Resources Research includes experimental images and data processing scripts. The dataset likely contains visual data of fluid dynamics within a fractured geological structure. It is intended to support the replication and validation of the study's quantitative visualization results.

Use Cases

• Validating numerical models of two-phase flow based on experimental image sequences.
• Developing image processing algorithms for quantifying fluid saturation in porous media.
• Benchmarking flow visualization techniques for fractured geological samples.
• Studying the interaction between fluid phases (e.g., water and air) within fracture networks.

Strengths

• Includes original experimental images, providing a direct record of the physical phenomena.
• Associated data processing scripts enhance reproducibility of the published analysis.
• Released under an Open Access (green) license, facilitating academic use.

Limitations

• Metadata is sparse; specific column names, row counts, and file sizes are unknown.
• The dataset's completeness and documentation depth cannot be verified from available descriptions.
• Last update date is unspecified, making freshness uncertain.

Provenance

Source

Zhen Liao, affiliated with Wuhan University.

Collection Method

Experimental data collection and generation of processing scripts for a specific research paper.