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Metadata Files

Data Publication

Data underlying the research into the role of fluids in assisting the healing process of micro-cracks in fault damage zones.

Yehya, Alissar

4TU.ResearchData

(2020)

Descriptions

The objective of this research is to investigate the role of fluid migration in enhancing thermally-activated healing processes.The numerical model couples fluid flow, heat transfer, and crack healing to simulate the permeability reduction due to fluid assisted healing in a fault zone. The calculation file computes the time for healing of one crack based on different mechanisms: surface diffusion and precipitation-dissolution. The parameters used in the work are based on literature data cited in the corresponding submitted journal article.

Keywords


Originally assigned keywords
Geophysics
FOS: Earth and related environmental sciences
fault zone
fluid migration
healing
micro-cracks
permeability
surface diffusion

Corresponding MSL vocabulary keywords
tectonic fault
permeability

MSL enriched keywords
tectonic deformation structure
tectonic fault
Measured property
permeability
Inferred deformation behavior
microphysical deformation mechanism
intragranular cracking
Analyzed feature
deformation microstructure
brittle microstructure
intragranular crack

MSL enriched sub domains i

rock and melt physics
microscopy and tomography

Source

https://data.4tu.nl/articles/_/12763718/1

Source publisher

4TU.ResearchData


DOI

10.4121/uuid:41e5298a-e5e0-4de3-a2a2-96d0087e2c56


Creators

Yehya, Alissar

https://orcid.org/:

0000-0001-9956-3636


Contributors

Harvard John A. Paulson School Of Engineering And Applied Sciences, Cambridge, MA, USA

Other


Citation

Yehya, A. (2020). Data underlying the research into the role of fluids in assisting the healing process of micro-cracks in fault damage zones. (Version 1) [Data set]. 4TU.ResearchData. https://doi.org/10.4121/UUID:41E5298A-E5E0-4DE3-A2A2-96D0087E2C56


Dates

Issued:

2020-07-13


Language

en


Rights

Creative Commons Zero v1.0 Universal


Datacite version

1