Aquifer Test Solutions
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Aquifer Test Solutions
A Practitioner's Guide with Algorithms Using ANSDIMAT
Sindalovskiy, Leonid N.
Springer International Publishing AG
12/2016
392
Mixed media product
Inglês
9783319434087
15 a 20 dias
Descrição não disponível.
Introduction Chapter 1. Basic analytical solutions 1.1. Confined aquifer 1.1.1. Aquifer of infinite lateral extent 1.1.2. Semiinfinite aquifers 1.1.3. Strip aquifers 1.1.4. Wedge-shaped aquifers 1.1.5. U-shape aquifer 1.1.6. Rectangular aquifers 1.1.7. Circle aquifers 1.2. Point source: partially penetrating well in confined aquifer 1.2.1. Aquifer infinite in plane and thickness 1.2.2. Aquifer semiinfinite in plane or thickness 1.2.3. Aquifer bounded in plane or thickness 1.3. Linear source: partially penetrating well in confined aquifer 1.3.1. Aquifer infinite in plane and thickness 1.3.2. Aquifer semiinfinite in plane or thickness 1.3.3. Aquifer bounded in plane or thickness 1.3.4. Semiinfinite and strip aquifer for linear source 1.4. Unconfined aquifer 1.4.1. Aquifer of infinite lateral extent 1.4.2. Semiinfinite and strip aquifer 1.5. Leaky aquifer 1.5.1. Leaky aquifer with constant hydraulic head in adjacent aquifer 1.5.1.1. Aquifer of infinite lateral extent 1.5.1.2. Semiinfinite aquifers 1.5.1.3. Strip aquifers 1.5.1.4. Circle aquifers 1.5.2. Leaky aquifer with alternating hydraulic head in adjacent aquifer 1.5.3. Leaky aquifer with allowance for aquitard storage 1.5.4. Leaky aquifer anisotropic on the vertical plane 1.6. Two-layer aquifer 1.6.1. Two-layer unconfined aquifer 1.6.2. Two-layer circle confined aquifer 1.7. Stratified aquifer systems 1.7.1. Three-layer system 1.7.2. Two-layer system 1.8. Areally inhomogeneous aquifer 1.8.1. Aquifer with linear discontinuity 1.8.2. Radial patchy aquifer 1.8.3. Solutions for complex conditions 1.9. Pumping tests near streams 1.9.1. Shestakov's solution 1.9.2. Hantush's solution 1.9.3. Hunt's and Zlotnik-Tartakovsky's solutions 1.9.4. Bochever's solutions 1.10. Sloping and wedge-shaped aquifer 1.11. Fracture-porous reservoir 1.11.1. Moench's solutions 1.11.2. Pumping well intersecting a single vertical fracture 1.11.3. Pumping well intersecting a single horizontal fracture Chapter 2. Analytical solutions for complicated well system configurations and pumping test scenarios 2.1. Horizontal or slanted pumping well 2.1.1. Confined aquifer <2.1.2. Unconfined aquifer 2.1.3. Leaky aquifer 2.2. Constant- head test 2.2.1. Confined aquifer 2.2.2. Unconfined aquifer 2.2.3. Circle aquifer 2.2.4. Radial patchy aquifer 2.3. Dipole flow test 2.3.1. Horizontal dipole 2.3.2. Vertical dipole 2.4. Simultaneous pumping from adjacent leaky aquifers 2.5. Sl ug test 2.5.1. Cooper's and Picking's solutions for fully penetrating well in confined aquifer 2.5.2. Yeh-Yang's solutions for a pumping well with skin-effect 2.5.3. Bouwer-Rice's solution for partially penetrating well in unconfined aquifer 2.5.4. Hvorslev's solutions accounting for wellbore construction &nbs p; 2.6. Multi-well pumping tests with constant discharge rate 2.6.1. Fully penetrating well in confined aquifer 2.6.2. Point source: confined aquifer of infinite in plane and thickness 2.7. Pumping tests with variable discharge rate 2.7.1. Single pumping well with variable discharge rate 2.7.2. System of pumping wells with variable discharge rate 2.8. Recovery te sts 2.8.1. Single pumping well with variable discharge rate 2.8.2. System of pumping wells with constant discharge rate 2.8.3. Variable discharge rate Chapter 3. Aquifer tests analysis methods 3.1. Graphical methods 3.1.1. Straight line methods 3.1.2. Horizontal line methods 3.1.3. Type line method 3.2. Method of bisecting line 3.3. Matching methods 3.3.1. Direct method (manual trial and error) 3.3.2. Inverse method for sensitivity analysis < Annex 1. Aquifer flow parameters Annex 2. Wellbore skin effect, wellbore storage and shape factor Annex 3. Boundary conditions and image wells Annex 4. Equations for universal screening assessments Annex 5. Application of DELAY2, DP_LAQ, WTAQ2, WTAQ3, WHI, WTAQ v.2 Annex 6. Application of UCODE_2005 Annex 7. &nb sp; Special functions: analytical representations, graphs and approximations Annex 8. ANSDIMAT software: short user-guide Conventions
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Introduction Chapter 1. Basic analytical solutions 1.1. Confined aquifer 1.1.1. Aquifer of infinite lateral extent 1.1.2. Semiinfinite aquifers 1.1.3. Strip aquifers 1.1.4. Wedge-shaped aquifers 1.1.5. U-shape aquifer 1.1.6. Rectangular aquifers 1.1.7. Circle aquifers 1.2. Point source: partially penetrating well in confined aquifer 1.2.1. Aquifer infinite in plane and thickness 1.2.2. Aquifer semiinfinite in plane or thickness 1.2.3. Aquifer bounded in plane or thickness 1.3. Linear source: partially penetrating well in confined aquifer 1.3.1. Aquifer infinite in plane and thickness 1.3.2. Aquifer semiinfinite in plane or thickness 1.3.3. Aquifer bounded in plane or thickness 1.3.4. Semiinfinite and strip aquifer for linear source 1.4. Unconfined aquifer 1.4.1. Aquifer of infinite lateral extent 1.4.2. Semiinfinite and strip aquifer 1.5. Leaky aquifer 1.5.1. Leaky aquifer with constant hydraulic head in adjacent aquifer 1.5.1.1. Aquifer of infinite lateral extent 1.5.1.2. Semiinfinite aquifers 1.5.1.3. Strip aquifers 1.5.1.4. Circle aquifers 1.5.2. Leaky aquifer with alternating hydraulic head in adjacent aquifer 1.5.3. Leaky aquifer with allowance for aquitard storage 1.5.4. Leaky aquifer anisotropic on the vertical plane 1.6. Two-layer aquifer 1.6.1. Two-layer unconfined aquifer 1.6.2. Two-layer circle confined aquifer 1.7. Stratified aquifer systems 1.7.1. Three-layer system 1.7.2. Two-layer system 1.8. Areally inhomogeneous aquifer 1.8.1. Aquifer with linear discontinuity 1.8.2. Radial patchy aquifer 1.8.3. Solutions for complex conditions 1.9. Pumping tests near streams 1.9.1. Shestakov's solution 1.9.2. Hantush's solution 1.9.3. Hunt's and Zlotnik-Tartakovsky's solutions 1.9.4. Bochever's solutions 1.10. Sloping and wedge-shaped aquifer 1.11. Fracture-porous reservoir 1.11.1. Moench's solutions 1.11.2. Pumping well intersecting a single vertical fracture 1.11.3. Pumping well intersecting a single horizontal fracture Chapter 2. Analytical solutions for complicated well system configurations and pumping test scenarios 2.1. Horizontal or slanted pumping well 2.1.1. Confined aquifer <2.1.2. Unconfined aquifer 2.1.3. Leaky aquifer 2.2. Constant- head test 2.2.1. Confined aquifer 2.2.2. Unconfined aquifer 2.2.3. Circle aquifer 2.2.4. Radial patchy aquifer 2.3. Dipole flow test 2.3.1. Horizontal dipole 2.3.2. Vertical dipole 2.4. Simultaneous pumping from adjacent leaky aquifers 2.5. Sl ug test 2.5.1. Cooper's and Picking's solutions for fully penetrating well in confined aquifer 2.5.2. Yeh-Yang's solutions for a pumping well with skin-effect 2.5.3. Bouwer-Rice's solution for partially penetrating well in unconfined aquifer 2.5.4. Hvorslev's solutions accounting for wellbore construction &nbs p; 2.6. Multi-well pumping tests with constant discharge rate 2.6.1. Fully penetrating well in confined aquifer 2.6.2. Point source: confined aquifer of infinite in plane and thickness 2.7. Pumping tests with variable discharge rate 2.7.1. Single pumping well with variable discharge rate 2.7.2. System of pumping wells with variable discharge rate 2.8. Recovery te sts 2.8.1. Single pumping well with variable discharge rate 2.8.2. System of pumping wells with constant discharge rate 2.8.3. Variable discharge rate Chapter 3. Aquifer tests analysis methods 3.1. Graphical methods 3.1.1. Straight line methods 3.1.2. Horizontal line methods 3.1.3. Type line method 3.2. Method of bisecting line 3.3. Matching methods 3.3.1. Direct method (manual trial and error) 3.3.2. Inverse method for sensitivity analysis < Annex 1. Aquifer flow parameters Annex 2. Wellbore skin effect, wellbore storage and shape factor Annex 3. Boundary conditions and image wells Annex 4. Equations for universal screening assessments Annex 5. Application of DELAY2, DP_LAQ, WTAQ2, WTAQ3, WHI, WTAQ v.2 Annex 6. Application of UCODE_2005 Annex 7. &nb sp; Special functions: analytical representations, graphs and approximations Annex 8. ANSDIMAT software: short user-guide Conventions
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