hantush_jacob_WF_LT

Calculates the Hantush-Jacob solution (drawdown) in the Laplace domain

hantush_jacob_WF_LT(p, arg1, ...)

Arguments

p	Laplace parameter
arg1	Beta parameter. The beta parameter is defined as $$\beta = \frac{r}{4} \sqrt{\frac{k_{h}^{'}S_{s}^{'}}{TS}}$$ where \(T\) and \(S\) are the transmissivity and storage coefficient of the aquifer, and \(k_{h}^{'}\) and \(S_{s}^{'}\) are the vertical hydraulic conductivity and the Storage coefficient of the aquitard respectively.
...	Additional parameters

Value

A numeric vector with the calculated drawdown in the Laplace domain

References

Hantush, M. S. Flow to wells in aquifers separated by a semipervious layer. Journal of Geophysical Research, 1967, 72, 1709.

See also

Other hantush_jacob functions: hantush_jacob_WF_LT_dlogt, hantush_jacob_calculate_parameters, hantush_jacob_solution_dlogt, hantush_jacob_solution_initial, hantush_jacob_solution, hantush_jacob_well_function

Examples

p <- 0.5
beta <- 0.5
res <- hantush_jacob_WF_LT(p, beta)
print(res)
#> [1] 0.8552223