An Investigation of Fault-Zone Hydrogeology and Geomechanical Tidal Behavior, South Ellwood Field, California.

Stone, Jeremy.

Abstract: This thesis uses a reduced tidal signal to calculate poroelastic properties (hydraulic diffusivity and loading efficiency) of a fault-zone in the Santa Barbara Basin. The data set utilized shows an attenuated tidal signal at a depth of 1,500 m. Fast Fourier Transform (FFT) and least squares harmonic regression were employed to decompose the tidal signal and pressure signal at depth. The ... read more

Tufts University. Department of Civil and Environmental Engineering.
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ID: tufts:22014
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