SFB 1313 "Interface-Driven Multi-Field Processes in Porous Media"

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.

A01: Molecular detail in ﬂuid simulations: Density Functional Theory within component and momentum balances

A02: Advanced modelling concepts for coupling free flow with porous-media flow

A03: Development of interface concepts using averaging techniques

A05: Pore scale formulations for evaporation, and upscaling to REV scale

B02: Fracturing porous solids with pore content

$B03: Heterogeneous multi-scale methods for two-phase flow in dynamically fracturing porous media logo$ B03: Heterogeneous multi-scale methods for two-phase flow in dynamically fracturing porous media

$B04: Hybrid discrete-continuum models for fractured porous media: model choice and random field/network generation logo$ B04: Hybrid discrete-continuum models for fractured porous media: model choice and random field/network generation

C01: A Lattice-Boltzmann investigation of two-phase electrolyte flow in porous structures with morphology alterations and tunable interfacial wetting behaviour

C02: Upscaling of pore-scale processes involving microstructural evolution

C03: Modelling of material injection processes into porous structures applied to vertebroplasty

C04: Pore-scale and REV-scale approaches to biological and chemical pore-space alteration in porous media

C05: Process-dependent porosity-permeability relations for fluid-solid reactions in porous media

D02: Parallel numerical coupling methods for interface problems

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141 to 150 of 2,849 Results

CFI2_Day4_Labels.ORSObject Feb 20, 2026 - Coupling MRI and XRCT to resolve structure–transport evolution during enzyme-induced calcite precipitation at the REV scale Unknown - 611.1 MB - MD5: 4d7041a1c10d077bafeefe167bd9473c The final labeled XRCT images, this item should be opened with Dragon fly software.
CFI2_Day5_Labels.ORSObject Feb 20, 2026 - Coupling MRI and XRCT to resolve structure–transport evolution during enzyme-induced calcite precipitation at the REV scale Unknown - 620.1 MB - MD5: 349a791450aa757652d2ead8295124b5 The final labeled XRCT images, this item should be opened with Dragon fly software.
CFI2_Day6_Labels.ORSObject Feb 20, 2026 - Coupling MRI and XRCT to resolve structure–transport evolution during enzyme-induced calcite precipitation at the REV scale Unknown - 649.8 MB - MD5: f9d766e0d6fa9c0269333ac69ebebabc The final labeled XRCT images, this item should be opened with Dragon fly software.
CFI3_Day0_Labels.ORSObject Feb 20, 2026 - Coupling MRI and XRCT to resolve structure–transport evolution during enzyme-induced calcite precipitation at the REV scale Unknown - 707.8 MB - MD5: 8b13a1e365f73e14ad1157ac262989eb The final labeled XRCT images, this item should be opened with Dragon fly software.
CFI3_Day1_Labels.ORSObject Feb 20, 2026 - Coupling MRI and XRCT to resolve structure–transport evolution during enzyme-induced calcite precipitation at the REV scale HTML - 692.7 MB - MD5: 284c9a9dbc3278e1c918c8e057bf6614 The final labeled XRCT images, this item should be opened with Dragon fly software.
CFI3_Day2_Labels.ORSObject Feb 20, 2026 - Coupling MRI and XRCT to resolve structure–transport evolution during enzyme-induced calcite precipitation at the REV scale HTML - 702.0 MB - MD5: f7f27216d98ab5d4f6223a055fbaafdc The final labeled XRCT images, this item should be opened with Dragon fly software.
CFI3_Day3_Labels.ORSObject Feb 20, 2026 - Coupling MRI and XRCT to resolve structure–transport evolution during enzyme-induced calcite precipitation at the REV scale Unknown - 714.7 MB - MD5: ab01eb219e9dd471b53ea2a6c83cd614 The final labeled XRCT images, this item should be opened with Dragon fly software.
CFI3_Day4_Labels.ORSObject Feb 20, 2026 - Coupling MRI and XRCT to resolve structure–transport evolution during enzyme-induced calcite precipitation at the REV scale Unknown - 715.6 MB - MD5: a2f8e78431746994d25083b776ec144b The final labeled XRCT images, this item should be opened with Dragon fly software.
CFI3_Day5_Labels.ORSObject Feb 20, 2026 - Coupling MRI and XRCT to resolve structure–transport evolution during enzyme-induced calcite precipitation at the REV scale Unknown - 739.4 MB - MD5: b55e43034a7cc7a90806730ec97f43ad The final labeled XRCT images, this item should be opened with Dragon fly software.
EICP-1-InjectionDataPerCycle-flowRate-Pressure-Time.xlsx Feb 20, 2026 - Coupling MRI and XRCT to resolve structure–transport evolution during enzyme-induced calcite precipitation at the REV scale MS Excel Spreadsheet - 1.4 MB - MD5: f7c367b65501b7c52e692e4059515ba5 This file contains the raw injection data for experiment EICP-1, organized per injection cycle. For each cycle, time-resolved measurements of flow rate (mL s⁻¹) and inlet pressure (mbar) are provided. The dataset documents the evolution during treatment, including pressure buildup.

CFI2_Day4_Labels.ORSObject

Feb 20, 2026 - Coupling MRI and XRCT to resolve structure–transport evolution during enzyme-induced calcite precipitation at the REV scale

Unknown - 611.1 MB -