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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LTNE model comparison - convection & conduction(Universität Stuttgart)
Apr 29, 2026A02: Advanced modelling concepts for coupling free flow with porous-media flow
Publication: Rigorous vertical averaging for pseudo-3D modeling of precipitation obstructed fluid flow(Universität Stuttgart)
Mar 13, 2026C04: Pore-scale and REV-scale approaches to biological and chemical pore-space alteration in porous media
Non-invasive imaging of solute redistribution below evaporating surfaces using 23-Na-MRI(Universität Stuttgart)
Oct 30, 2025C05: Process-dependent porosity-permeability relations for fluid-solid reactions in porous media
Publication: Intermittent flow paths in biofilms grown in a microfluidic channel(Universität Stuttgart)
Jul 1, 2025C04: Pore-scale and REV-scale approaches to biological and chemical pore-space alteration in porous media
TODO
INF(Universität Stuttgart)
Apr 9, 2025
B05: Hydromechanics of fractures and fracture networks: A combined numerical multi-scale and experimental investigation(Universität Stuttgart)
Mar 19, 2025
Model comparison for LTNE processes in porous media - conduction(Universität Stuttgart)
Mar 13, 2025A-X5
A-X5(Universität Stuttgart)
Mar 13, 2025
B01: Modelling of hydromechanical fracturing across scales(Universität Stuttgart)
B01: Modelling of hydromechanical fracturing across scales logo
Jan 30, 2025
Hydraulically induced fractures usually initiate at very small (microscopic) length scales and then merge to larger (macroscopic) crack discontinuities. The goal of the project is to resolve this inherent characteristic through the development of computational scale-bridging techniques for hydraulic fracturing of porous media. The project is divide...
Utrecht University(Universiteit Utrecht)
Dec 17, 2024A02: Advanced modelling concepts for coupling free flow with porous-media flow
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