Abstract The multi-aquifer system of the Nubian aquifer in central Sudan hydrogeological was simulated using a three-dimensional steady-state model. goal study is to detect effect pumping on groundwater flow and thus, productivity. conceptual model area built based available geological data guided by geophysical survey. Processing MODFLOW numerical code used calculate hydraulic head water balan...

This study includes the first conceptual modeling studies in Ilıca Geothermal Region of Balıkesir Province. The hydraulic behavior and groundwater properties geothermal field were analyzed by modeling. For this purpose, he used Visual Modflow Flex software 3D studies. Physical-chemical parameters flow velocity from sources Faults geological units mapped to describe system. All data digitized on...

s and proceedings: Vilhelmsen, T.N., Christensen, S., Testing MODFLOW-LGR for simulating flow around buried Quaternary valleys – synthetic test cases, AGU fall meeting 2009, San Francisco, U.S.A., 14-18 December 2009 Vilhelmsen, T.N., Christensen, S., Test af to versioner af MODFLOW-LGR til simulering af grundvandsstrømninger i områder med begravede dale – syntetisk studie, ATV vintermøde 2010,...

The study was conducted as part of a project to develop an automation system for monitoring groundwater in the city Urgench. possibilities modeling and forecasting MODFLOW were studied. According results, regularities level behavior Urgench revealed. survey, direction movement shifts northwesterly slope 0.0008. geophilized model, its high-traffic zone is located at depth 10-15 m, from 4-5 m per...

Predicting and characterising groundwater flow solute transport in engineering hydrogeological applications, such as dimensioning tracer experiments, rely primarily on numerical modelling techniques. During software selection for modelling, the accuracy of results, financial costs simulation software, computational resources should be considered. This study evaluates approaches outlines advanta...