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Applied Groundwater Hydrology & Well Hydraulics
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Applied Groundwater Hydrology & Well Hydraulics Features
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Used Book in Good Condition
About Applied Groundwater Hydrology & Well Hydraulics
This third edition of Dr. Kasenow's highly acclaimed first edition provides review and application in regard to the mechanics of ground-water flow and aquifer analysis. Using common language and carefully constructed illustrations, this book has been written for those of us who think visually. The mathematics have been enhanced and thoroughly demonstrated through the use of many solved example problems that do not skip essential steps in the solution process. Chapters in the first half of the book emphasize ground-water hydrology. The second half of the book details aquifer analysis, a subject extremely important to almost every aspect of the ground-water industry. This book also includes and expands upon ground-water flow problems, fractured rock and karst aquifers, double porosity, flow nets, recharge and discharge functions of aquifers, step-drawdown tests, production well analysis, the storage coefficient, regression analysis, transmissive properties of aquifers, well field analysis, and much more. Almost all of the chapters have been expanded to include more detail, illustrations and solved problems. The AquifetTest for Windows Computer Program (Student Version) from Waterloo Hydrogeologic Inc., comes with the text. This edition has been expanded to detail the reality of ground-water flow, recharge and discharge functions of aquifers, pumping test basics, and coastal and island aquifers, it: 1-shows how the Theis Solution can be solved simply and without the curve. 2-provides a chapter on the theory and utility of the storage coefficient. 3-introduces an equation that solves for well interference drawdown in unconfined aquifers. 4-provides new methods in regard to step-drawdown tests, the utility of coefficients B and C, and the well performance equations. 5-shows how Darcy's Law, the Theis Equation and the Cooper-Jacob solution can be used to predict aquifer performance over time and distance. 6-provides a chapter on steady-flow problems. 7-shows how capture zone problems can be solved. 8-provides regression analysis as a solution process. 9-demonstrates how the storage coefficient can be obtained using recovery solutions. 10-provides chapters on production well performance. 11-provides a chapter on cost effective methods, including grain-size analysis and slug-and-bail down approximations. 12-completes the learning process with a chapter on well field analysis.
