Pumping tests#
This series of benchmark problems demonstrate the features and capabilities of TTim for simulating and analyzing transient groundwater hydraulic problems such as pumping tests and slug tests.
Synthetic#
Synthetic pumping test - a synthetic pumping test
Syntetic pumping test 2 aquifers - a synthetic pumping test in 2-aquifer model
Synthetic pumping test calibration - a synthetic pumping test to test calibration
Confined Pumping Tests#
Oude Korendijk - One layer confined pumping test with two observation wells
Grindley - One layer confined pumping test with data from both observation well and pumping well.
Sioux - One Layer confined aquifer test with three observation wells
Schroth - Three layers (Aquifer - Aquitard - Aquifer) confined pumping test with one observation well.
Nevada - One layer, fractured confined aquifer test with data from both observation well and pumping well.
Leaky Pumping Tests (Semi-confined)#
Dalem - One layer, semi-confined aquifer test with four observation wells.
Hardixveld - Four layers (Aquitard - Aquifer - Aquitard - Aquifer) semi-confined pumping test with data from the pumping well.
Texas Hill - One layer, semi-confined aquifer test with three observation wells.
Unconfined Pumping Tests#
Vennebulten - Two layers, unconfined aquifer test with data two observation wells screened at different depths.
Moench - Solving the Analytical model from Moench in TTim. Pumping test in unconfined aquifer with four piezometers screened at two different depths and two different distances
Neuman - Constant-rate pumping test performed in an unconfined aquifer with delayed gravity response.
Slug Tests#
Pratt County - One layer partially penetrated slug test with data from the test well.
Falling Head - One layer partially penetrated slug test with data from the test well.
Multi-Well - One layer confined slug test with data from the test well and from an observation well.
Dawsonville - One layer fully-penetrated confined slug test with data from the test well.