Results for pseudo-3D Stokes simulations with a geometry-informed drag term formulation for porous media with varying apertures

Content: This data set includes all the necessary input data to fully replicate the benchmarks and applications in Krach et al.(2024). In addition, the results for all solvers are provided as raw simulation output as well as in condense form. Complete datasets: 01_CYLINDER, 02_SINGLE_PRECIPITATE, 03_SEGMENT1, 04_SEGMENT2, 05_SEGMENT3 Each data set consists of all relevant input data for poremaps and DuMux as well as the results of both solvers. A README contains relevant information such as voxelsize, geometry size and boundary conditions. Pseudo-3D input data and results comprise different folders, each containing a different drag formulation. Input data for DuMux may be generated from the 3D input data using the localdrag python module. See the README or the source code for detailed information. For further details on the input files, please refer to the software documentation of the corresponding DuMux module Pseudo-3D-Stokes Module and poremaps. For input, evaluation or modification of the simulation results, I/O routines, interpolation algorithms and analysis tools are provided in the localdrag python module. Condensed results: 06_EVALUATION_PERMEABILITIES All permeabilities and relative errors for all domains can be found in condensed form (.csv files) in 06_EVALUATION_PERMEABILITIES. In order to plot this with the scripts provided, the functionalities provided in the localdrag python module are required. Related datasets and repositories: POREMAPS: git repository, DaRUS dataset DuMux: Website, git repository Image dataset of micromodel with precipitation: DaRUS dataset, research paper localdrag python module for preprocessing and data handling: git repository, DaRUS dataset

本数据集包含了全面复制 Krach 等人（2024年）所述基准和应用的必要输入数据。此外，所有求解器的结果均以原始模拟输出以及浓缩形式提供。完整数据集包括：01_CYLINDER、02_SINGLE_PRECIPITATE、03_SEGMENT1、04_SEGMENT2、05_SEGMENT3。每个数据集均包含 poremaps 和 DuMux 所需的所有相关输入数据以及两者的求解结果。README 文件中包含了诸如体素大小、几何尺寸和边界条件等相关信息。伪3D输入数据和结果包含在不同的文件夹中，每个文件夹包含不同的曳引力公式。DuMux 的输入数据可以通过 localdrag Python 模块从 3D 输入数据生成。有关详细信息，请参阅 README 或源代码。关于输入文件、评估或修改模拟结果，localdrag Python 模块提供了输入/输出例程、插值算法和分析工具。浓缩结果：06_EVALUATION_PERMEABILITIES。所有区域的渗透率和相对误差均以浓缩形式（.csv 文件）存储在 06_EVALUATION_PERMEABILITIES 中。为了使用提供的脚本进行绘图，需要使用 localdrag Python 模块提供的功能。相关数据集和存储库：POREMAPS：git 仓库，DaRUS 数据集；DuMux：官方网站，git 仓库；微模型沉淀图像数据集：DaRUS 数据集，研究论文；用于预处理和数据处理的 localdrag Python 模块：git 仓库，DaRUS 数据集。