Z02: Porous Media Lab (PML) - A platform for image-based in-situ experiments for porous media

Project Z02 (Porous Media Lab) provides experimental infrastructure and expertise for studying flow, transport, and deformation in porous media. It supports CRC 1313 with microfluidics and in-situ XRCT, enabling high-resolution, real-time imaging. Key advances include custom micromodels, novel imaging setups, and 4D data tools. Research addressed fracture mechanics, salt precipitation, and carbonate dissolution. Upcoming goals focus on dynamic fatigue tests, spectral XRCT, and tracer-based microfluidic analysis. The lab drives benchmarking and validation efforts across the CRC. Strong collaborations amplify its scientific and technical impact.

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21 to 30 of 269 Results

Ca=10-3,M=0.2.tar Apr 18, 2024 - Primary drainage experiments and fractal dimensions TAR Archive - 398.6 MB - MD5: f322a898ebf233534aa7d80b90c2bd80 Capillary number for the invading phase equal to 10-3. Viscosity ratio between the invading and the defending phase equal to 0.2.
Ca=10-3,M=10.tar Apr 18, 2024 - Primary drainage experiments and fractal dimensions TAR Archive - 1.1 GB - MD5: c47f84dec7f8ba5974499dd98ca50865 Capillary number for the invading phase equal to 10-3. Viscosity ratio between the invading and the defending phase equal to 10.
Ca=10-3,M=1.tar Apr 18, 2024 - Primary drainage experiments and fractal dimensions TAR Archive - 1.0 GB - MD5: 2eec6218ba5c75c609467c7f287ae292 Capillary number for the invading phase equal to 10-3. Viscosity ratio between the invading and the defending phase equal to 1.
Ca=10-4,M=0.2.tar Apr 18, 2024 - Primary drainage experiments and fractal dimensions TAR Archive - 485.1 MB - MD5: 014771638b19d9ecb1afab51c17e97ce Capillary number for the invading phase equal to 10-4. Viscosity ratio between the invading and the defending phase equal to 0.2.
Ca=10-4,M=10.tar Apr 18, 2024 - Primary drainage experiments and fractal dimensions TAR Archive - 5.0 GB - MD5: 7b8cf6930230bfcf0b6fba72c563cd06 Capillary number for the invading phase equal to 10-4. Viscosity ratio between the invading and the defending phase equal to 10.
Ca=10-4,M=1.tar Apr 18, 2024 - Primary drainage experiments and fractal dimensions TAR Archive - 2.3 GB - MD5: 40b770e498dea4c40e1d7d2ee385528b Capillary number for the invading phase equal to 10-4. Viscosity ratio between the invading and the defending phase equal to 1.
Ca=10-5,M=0.2.tar Apr 18, 2024 - Primary drainage experiments and fractal dimensions TAR Archive - 1.5 GB - MD5: 8a800605b22541c778d28fc95562ee2e Capillary number for the invading phase equal to 10-5. Viscosity ratio between the invading and the defending phase equal to 0.2.
Ca=10-5,M=10.tar Apr 18, 2024 - Primary drainage experiments and fractal dimensions TAR Archive - 6.4 GB - MD5: 4b8b4022b5b8f70610d1c6158c77984b Capillary number for the invading phase equal to 10-5. Viscosity ratio between the invading and the defending phase equal to 10.
Ca=10-5,M=1.tar Apr 18, 2024 - Primary drainage experiments and fractal dimensions TAR Archive - 2.3 GB - MD5: 6f605e1b5133b749f0d4923fceb93687 Capillary number for the invading phase equal to 10-5. Viscosity ratio between the invading and the defending phase equal to 1.
Pressure and volumetric flux measurements intended to scale relative permeability under steady state, co-flow conditions, in a PDMS micromodel Sep 12, 2023 - Publication: Microfluidic experiments Karadimitriou, Nikolaos; Steeb, Holger; Valavanides, Marios, 2022, "Pressure and volumetric flux measurements intended to scale relative permeability under steady state, co-flow conditions, in a PDMS micromodel", https://doi.org/10.18419/DARUS-2816, DaRUS, V2 The current repository contains raw data collected during a systematic laboratory study, examining the flow rate dependency of steady-state, co-injection of two-immiscible fluids within a microfluidic pore network model. The study is presented in the paper by Karadimitriou et al., 2023. The two fluids were the wetting phase (WP), FluorinertTM, FC77...

Ca=10-3,M=0.2.tar

Apr 18, 2024 - Primary drainage experiments and fractal dimensions

TAR Archive - 398.6 MB -

Capillary number for the invading phase equal to 10-3. Viscosity ratio between the invading and the defending phase equal to 0.2.

Ca=10-3,M=10.tar

Apr 18, 2024 - Primary drainage experiments and fractal dimensions

TAR Archive - 1.1 GB -

Capillary number for the invading phase equal to 10-3. Viscosity ratio between the invading and the defending phase equal to 10.

Ca=10-3,M=1.tar

Apr 18, 2024 - Primary drainage experiments and fractal dimensions

TAR Archive - 1.0 GB -

Capillary number for the invading phase equal to 10-3. Viscosity ratio between the invading and the defending phase equal to 1.

Ca=10-4,M=0.2.tar

Apr 18, 2024 - Primary drainage experiments and fractal dimensions

TAR Archive - 485.1 MB -

Capillary number for the invading phase equal to 10-4. Viscosity ratio between the invading and the defending phase equal to 0.2.

Ca=10-4,M=10.tar

Apr 18, 2024 - Primary drainage experiments and fractal dimensions

TAR Archive - 5.0 GB -

Capillary number for the invading phase equal to 10-4. Viscosity ratio between the invading and the defending phase equal to 10.

Ca=10-4,M=1.tar

Apr 18, 2024 - Primary drainage experiments and fractal dimensions

TAR Archive - 2.3 GB -

Capillary number for the invading phase equal to 10-4. Viscosity ratio between the invading and the defending phase equal to 1.

Ca=10-5,M=0.2.tar

Apr 18, 2024 - Primary drainage experiments and fractal dimensions

TAR Archive - 1.5 GB -

Capillary number for the invading phase equal to 10-5. Viscosity ratio between the invading and the defending phase equal to 0.2.

Ca=10-5,M=10.tar

Apr 18, 2024 - Primary drainage experiments and fractal dimensions

TAR Archive - 6.4 GB -

Capillary number for the invading phase equal to 10-5. Viscosity ratio between the invading and the defending phase equal to 10.

Ca=10-5,M=1.tar

Apr 18, 2024 - Primary drainage experiments and fractal dimensions

TAR Archive - 2.3 GB -

Capillary number for the invading phase equal to 10-5. Viscosity ratio between the invading and the defending phase equal to 1.

Pressure and volumetric flux measurements intended to scale relative permeability under steady state, co-flow conditions, in a PDMS micromodel

Sep 12, 2023 - Publication: Microfluidic experiments

Karadimitriou, Nikolaos; Steeb, Holger; Valavanides, Marios, 2022, "Pressure and volumetric flux measurements intended to scale relative permeability under steady state, co-flow conditions, in a PDMS micromodel", https://doi.org/10.18419/DARUS-2816, DaRUS, V2

The current repository contains raw data collected during a systematic laboratory study, examining the flow rate dependency of steady-state, co-injection of two-immiscible fluids within a microfluidic pore network model. The study is presented in the paper by Karadimitriou et al., 2023. The two fluids were the wetting phase (WP), FluorinertTM, FC77...

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