1. Continuous-time model identification of wells interaction on the Hydrogeological Experimental Site of Poitiers
- Author
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Régis Ouvrard, Afzal Chamroo, Jacques Bodin, Thierry Poinot, Gilles Porel, and Benoît Nauleau
- Subjects
Permeability (earth sciences) ,Engineering ,geography ,Hydrogeology ,geography.geographical_feature_category ,Limestone aquifer ,business.industry ,Soil science ,Time model ,Aquifer ,Geotechnical engineering ,business - Abstract
In hydrogeology, estimating aquifer permeability is an important issue. This can be useful in understanding the flow of pollutants from one area of an aquifer to another. For this aquifer analysis sake, the Hydrogeological Experimental Site of Poitiers (France) covering a limestone aquifer is an appropriate instrumented test bed enabling measurement of hydraulic responses of a series of observation wells due to a step-type pumping out excitation at a given well. Given the input-output data, black-box continous-time modeling is quite a straight forward process as shown in this paper. The aim is then to be able to use the identified parameters to classify the different wells according to how sensitive they are to the one having been excited. A correlation between black-box parameters and hydrogeological ones is then established.
- Published
- 2014