R/hantush_jacob_utilities.R
hantush_jacob_calculate_parameters.RdFunction to calculate the hydraulic parameters of the Hantush-Jacob model
hantush_jacob_calculate_parameters(ptest, par, hydraulic = TRUE)
| ptest | A pumping_test object |
|---|---|
| par | A list with the values of a (slope) and t0 (Intercept) of the straight line fitted to the drawdown data using the Cooper-Jacob approach, and lambda is the leakage factor. |
| hydraulic | Logical flag to indicate if hydraulic parameters are calculated. If False, the the statistcal parameter are calculated. |
A list with
Tr = Transmissivity
Ss = Storage coefficient
Ka = Aquitard Hydraulic Conductivity
radius_influence
Hantush, M. S. Flow to wells in aquifers separated by a semipervious layer. Journal of Geophysical Research, 1967, 72, 1709.
Other hantush_jacob functions: hantush_jacob_WF_LT_dlogt,
hantush_jacob_WF_LT,
hantush_jacob_solution_dlogt,
hantush_jacob_solution_initial,
hantush_jacob_solution,
hantush_jacob_well_function
data(hantush_jacob) ptest <- pumping_test('Well1', Q = 6.309e-3, r = 3.048, t=hantush_jacob$t, s = hantush_jacob$s) ptest$additional_parameters$B <- 6.096 sol0 <- hantush_jacob_solution_initial(ptest) hantush.par <- hantush_jacob_calculate_parameters(ptest,sol0) print(hantush.par)#> $Tr #> [1] 0.0001476443 #> #> $Ss #> [1] 9.647698e-05 #> #> $Ka #> [1] 3.888915e-08 #>