SFB 1313 is an interdisciplinary Collaborative Research Centre of the University of Stuttgart, consisting of four major project areas (A-D), divided in 17 individual research projects. It is funded by the German Research Foundation (DFG) and affiliated to the Cluster of Excellence "Data-integrated Simulation Science (SimTech)".

Interfaces have a great impact on multi-field processes (flow, transport and deformation) in porous-media systems. SFB 1313 aims to research these interfaces and to gain a fundamental understanding how they affect multi-field processes. An important step is therefore to quantify how the dynamics of fluid-fluid and fluid-solid interfaces in porous-media systems are affected by pore geometry, heterogeneity and fractures. Furthermore, developing experimental knowledge as well as mathematical and computational models will support SFB 1313‘s research.

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APMDES_Treated_Glass_Flow_Cell.tar
Jun 18, 2026 - Effects of Surface Chemistry and Substrate Material on Bacterial Attachment and Biomineralization in Microfluidic Flow Cells
TAR Archive - 2.0 GB - MD5: f56880e5dd02b4e2f5994749d4e43ebf
O2_limited_PDMS_1.tar
Jun 18, 2026 - Effects of Surface Chemistry and Substrate Material on Bacterial Attachment and Biomineralization in Microfluidic Flow Cells
TAR Archive - 1.4 GB - MD5: 889fee5eb2bd68d2ba35d0d9913fd275
O2_limited_PDMS_2.tar
Jun 18, 2026 - Effects of Surface Chemistry and Substrate Material on Bacterial Attachment and Biomineralization in Microfluidic Flow Cells
TAR Archive - 1.2 GB - MD5: bebbb3d9ce8031e2c3724622f230829c
PDMS_Flow_Cell.tar
Jun 18, 2026 - Effects of Surface Chemistry and Substrate Material on Bacterial Attachment and Biomineralization in Microfluidic Flow Cells
TAR Archive - 2.3 GB - MD5: 711b8b654118d563e1122cff495c031e
TPS_Treated_Glass_Flow_Cell.tar
Jun 18, 2026 - Effects of Surface Chemistry and Substrate Material on Bacterial Attachment and Biomineralization in Microfluidic Flow Cells
TAR Archive - 2.1 GB - MD5: 4a144e610a1a30aa558360f157743c3f
Untreated_Glass_Flow_Cell.tar
Jun 18, 2026 - Effects of Surface Chemistry and Substrate Material on Bacterial Attachment and Biomineralization in Microfluidic Flow Cells
TAR Archive - 1.3 GB - MD5: b9ca9898c8d73c9fcbc8637a47678073
Videos.tar
Jun 18, 2026 - Effects of Surface Chemistry and Substrate Material on Bacterial Attachment and Biomineralization in Microfluidic Flow Cells
TAR Archive - 16.2 MB - MD5: d82c5d71825882f1eef7b88720355ee4
postprocessing_Chen2026a.tar.gz
May 29, 2026 - Dataset for Quasi-Static Pore-Network Modeling for Evaporation-Driven Salt Transport and Precipitation in Porous Media
Gzip Archive - 37.7 MB - MD5: 07f9495bf6a982a46a739fbcd3508f5b
This dataset contains the processed source data and self-contained plotting scripts for regenerating the data-backed figures in the manuscript Quasi-Static Pore-Network Modeling for Evaporation-Driven Salt Transport and Precipitation in Porous Media.
apps.py
May 27, 2026 - Data for: Validating a Numerical Model for Calco-Carbonic Reactive Flow in a Laboratory Scale Fracture Analog
Python Source Code - 14.7 KB - MD5: efc6d584e50b3ef02b17078890b2236f
Code
Supporting Python module containing application logic and helper functions used by the core routines.
calculate_Sherwood_theory_numbers.py
May 27, 2026 - Data for: Validating a Numerical Model for Calco-Carbonic Reactive Flow in a Laboratory Scale Fracture Analog
Python Source Code - 5.7 KB - MD5: a5cead89dcfbaa922048bfdcb719d163
Code
Python script that aggregates theoretical mass transfer parameters from individual Sherwood number simulation outputs into consolidated master tables. For each simulation configuration (varying aperture, mean residence time, and CO₂ partial pressure), the script locates the row where the vertical coordinate z (in meters) first reaches 0.2 m, extrac...
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