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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1 to 10 of 2,851 Results
Time to Crust Wind Tunnel Experiments.zip
Oct 16, 2026 - Experimental data for time to crust formation in evaporating porous media with contrasting intrinsic permeability using time-lapse optical imaging
ZIP Archive - 914.6 MB - MD5: 07574608db61eca860fb22b93907e522
This data package contains all the relevant experimental data for time to crust formation in evaporating porous media with contrasting intrinsic permeability using time-lapse optical imaging. A README file in each folder elaborates contents and details.
Heterogeneous F36 W3 Evaporation with MRI.zip
Oct 16, 2026 - Experimental data for solute redistribution during saline water evaporation in heterogeneous porous media and its imaging using 23Na-MRI
ZIP Archive - 18.5 MB - MD5: 642eb1de30e813b43fb1abd91d924175
Contains all the relevant experimental data for solute redistribution during saline water evaporation in heterogeneous porous media and its imaging using 23Na-MRI
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.
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