Nonsteady Flow to Nonpenetrating Well
R. S. Kanwar, H. P. Johnson, Herandra S. Chauhan
Abstract
R. S. Kanwar, H. P. Johnson, Herandra S. Chauhan
Abstract
A nonequilibrium formula has been obtained to predict the nonsteady drawdown distribution near a cavity well discharging from a nonleaky artesian aquifer. A graphical method has been suggested to find the aquifer properties such as specific storage coefficient and hydraulic conductivity. The practical utility of this method has been demonstrated by utilizing the pumping test data for a particular aquifer. The results of the pumping tests are given and the values of hydraulic conductivity and specific storage are compared with the well-known method of Theis. If the values of aquifer properties are found satisfactory from this solution, the use of other methods that require the drilling of fully penetrating wells could be avoided easily which will make the cost of investigation of aquifer properties reasonably small.
OpenAlex reports 4 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
A nonequilibrium formula has been obtained to predict the nonsteady drawdown distribution near a cavity well discharging from a nonleaky artesian aquifer. A graphical method has been suggested to find the aquifer properties such as specific storage coefficient and hydraulic conductivity. The practical utility of this method has been demonstrated by utilizing the pumping test data for a particular aquifer. The results of the pumping tests are given and the values of hydraulic conductivity and specific storage are compared with the well-known method of Theis. If the values of aquifer properties are found satisfactory from this solution, the use of other methods that require the drilling of fully penetrating wells could be avoided easily which will make the cost of investigation of aquifer properties reasonably small.
Key concepts: Aquifer, Aquifer test, Hydraulic conductivity, Artesian aquifer, Well test (oil and gas), Drawdown (hydrology), Specific storage, Geology