Institute of Applied Mechanics (MIB)

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151 to 160 of 577 Results

Experiment3(FlowRate15)_Images.tar.gz May 13, 2024 - Data for: Formation of common preferential two-phase displacement pathways in porous media Gzip Archive - 3.4 GB - MD5: e19a2bbdb40f00359e8d4e77293247d6 This archive file contains 4946 images from 24 sequential displacement processes. Flow rate in this experiment is 15 ul/min.
Experiment3(FlowRate15)_Pressures.tab May 13, 2024 - Data for: Formation of common preferential two-phase displacement pathways in porous media Tabular Data - 163.5 KB - 3 Variables, 4324 Observations - UNF:6:+/qpJA8ZrtJ3TpZkAHFWbQ== This file contains the measured inlet pressure during the experiment with the flow rate of 15 ul/min.
Primary drainage experiments and fractal dimensions Apr 18, 2024 - Publication: Microfluidic experiments Karadimitriou, Nikolaos; Lee, Dongwon; Vahid Dastjerdi, Samaneh; Steeb, Holger, 2024, "Primary drainage experiments and fractal dimensions", https://doi.org/10.18419/DARUS-4114, DaRUS, V1 The current repository contains raw data in the shape of images collected during a systematic laboratory study, examining the usability of the fractal dimension in the characterization of the flow regime. The study is presented in the paper by Karadimitriou et al., 2024. The two fluids were the wetting phase (WP), FluorinertTM, FC-43, and the non-w...
Ca=10-2,M=0.2.tar Apr 18, 2024 - Primary drainage experiments and fractal dimensions TAR Archive - 279.3 MB - MD5: 83e234d9d149aa5926c31444fd3f455f Capillary number for the invading phase equal to 10-2. Viscosity ratio between the invading and the defending phase equal to 0.2.
Ca=10-2,M=10.tar Apr 18, 2024 - Primary drainage experiments and fractal dimensions TAR Archive - 1.2 GB - MD5: 4d3a73cded5c324310705d1d470d5fa8 Capillary number for the invading phase equal to 10-2. Viscosity ratio between the invading and the defending phase equal to 10.
Ca=10-2,M=1.tar Apr 18, 2024 - Primary drainage experiments and fractal dimensions TAR Archive - 264.2 MB - MD5: bf1bff3713602a677c826ea502419491 Capillary number for the invading phase equal to 10-2. Viscosity ratio between the invading and the defending phase equal to 1.
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.

Experiment3(FlowRate15)_Images.tar.gz

May 13, 2024 - Data for: Formation of common preferential two-phase displacement pathways in porous media

Gzip Archive - 3.4 GB -

This archive file contains 4946 images from 24 sequential displacement processes. Flow rate in this experiment is 15 ul/min.

Experiment3(FlowRate15)_Pressures.tab

May 13, 2024 - Data for: Formation of common preferential two-phase displacement pathways in porous media

Tabular Data - 163.5 KB - 3 Variables, 4324 Observations -

This file contains the measured inlet pressure during the experiment with the flow rate of 15 ul/min.

Primary drainage experiments and fractal dimensions

Apr 18, 2024 - Publication: Microfluidic experiments

Karadimitriou, Nikolaos; Lee, Dongwon; Vahid Dastjerdi, Samaneh; Steeb, Holger, 2024, "Primary drainage experiments and fractal dimensions", https://doi.org/10.18419/DARUS-4114, DaRUS, V1

The current repository contains raw data in the shape of images collected during a systematic laboratory study, examining the usability of the fractal dimension in the characterization of the flow regime. The study is presented in the paper by Karadimitriou et al., 2024. The two fluids were the wetting phase (WP), FluorinertTM, FC-43, and the non-w...

Ca=10-2,M=0.2.tar

Apr 18, 2024 - Primary drainage experiments and fractal dimensions

TAR Archive - 279.3 MB -

Capillary number for the invading phase equal to 10-2. Viscosity ratio between the invading and the defending phase equal to 0.2.

Ca=10-2,M=10.tar

Apr 18, 2024 - Primary drainage experiments and fractal dimensions

TAR Archive - 1.2 GB -

Capillary number for the invading phase equal to 10-2. Viscosity ratio between the invading and the defending phase equal to 10.

Ca=10-2,M=1.tar

Apr 18, 2024 - Primary drainage experiments and fractal dimensions

TAR Archive - 264.2 MB -

Capillary number for the invading phase equal to 10-2. Viscosity ratio between the invading and the defending phase equal to 1.

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.

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