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- Temporal behavior of a ventilated claystone at the Tournemire URL: Cross-spectral analyses focused on daily harmonics
- 1. Introduction
- 2. Geological background
- 3. Location and calibration of sensors and probes
- 4. Pre-processing and analyzing multiple signals with the MuStat package
- 4.1. Time series pre-processing step
- 4.2. Auto-spectral and cross-spectral analysis of multiple signals
- 4.2.1. Auto-spectrum of a signal X(tn)
- 4.2.2. Cross-spectrum of two signals (X(tn), Y(tn))
- 4.2.3. Common harmonics between two signals (X(tn), Y(tn)): Singular Spectral Harmonics of the cross-spectrum (“cross-SSHs”)
- 4.2.4. Causal relationships, time shifts and reduced causal gains of the“cross-SSHs” explained on an example for illustrat...
- 5. Results of auto-spectrum and cross-spectral analysis
- 5.1. Root Mean Square auto-spectrum: identification of the daily harmonics
- 5.2. Cross-spectral analysis and “Spectral Tracking” results
- 5.2.1. Relationships between atmospheric parameters
- 5.2.2. Relationships between atmospheric parameters with volumetric pore water content measured at 10cm in the rock mass
- 5.2.3. Auto and cross-analyses of water content signals at different distances from the drift wall into the clayrock
- 5.2.4. Behavior of a shrinkage crack and of a tectonic fracture with variations of atmospheric parameters and of pore-water contents
- 6. Conclusions
- Acknowledgments
- Appendix A. Spectral and related signal analyses in the geoscience literature (a focused review)
- References
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Temporal behavior of a ventilated claystone at the Tournemire URL Cross-spectral analyses focused on daily harmonics
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