Provides tools to calculate the theoretical hydrodynamic response of an aquifer undergoing harmonic straining or pressurization. There are two classes of models here: (1) for sealed wells, based on the model of Kitagawa et al (2011), and (2) for open wells, based on the models of Cooper et al (1965), Hsieh et al (1987), Rojstaczer (1988), and Liu et al (1989). These models treat strain (or aquifer head) as an input to the physical system, and fluid-pressure (or water height) as the output. The applicable frequency band of these models is characteristic of seismic waves, atmospheric pressure fluctuations, and solid earth tides.
|Author||Andrew J Barbour|
|Date of publication||2013-10-04 07:49:57|
|Maintainer||Andrew J Barbour <email@example.com>|
alpha_constants: Calculate any constants depending on effective stress...
kitagawa-constants: Access to constants used by default
kitagawa-package: Spectral response of a water well to harmonic strains at...
kitagawa-utilities: General utility functions
logticks: Add proper logarithm ticks to a plot axis.
omega_constants: Calculate any constants that depend on angular frequency...
omega_norm: Dimensionless frequency from diffusivity and depth
open_well_response: Spectral response for an open well
owrsp-methods: Generic methods for objects with class "owrsp".
sensing_volume: Calculate volume of fluids in the sensing region of the...
well_response: Spectral response for a sealed well
wrsp-methods: Generic methods for objects with class "wrsp".