Abstract
ABSTRACTDevelopment of a numerical algorithm to analyze slug test data is described. This type of test is very popular for aquifer testing, primarily because of its simplicity. Many such tests are performed to estimate the hydraulic conductivity values of ground‐water‐bearing formations. Those values in turn are used to calculate pore‐water velocities. The algorithm was coded and successfully tested for a hypothetical data set. It has also been applied at a number of field locations. One such application is presented.
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