Computational methods in surface and ground water transport
著者
書誌事項
Computational methods in surface and ground water transport
（Computational methods in water resources XII / editors, V. N. Burganos ... [et al.], vol. 2）
Computational Mechanics, c1998
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内容説明・目次
内容説明
These two volumes comprise the proceedings of the Twelfth International Conference on Computational Methods in Water Resources. Containing the work of 325 researchers from 31 countries, they feature 153 papers spanning the following areas: Groundwater Management; Subsurface Transport; Unsaturated Porous Media; Groundwater Flow in Porous Media; Scaling and Heterogeneity; Surface Water Management; Hydrologic Modelling; Multiphase Flow; Fractured Porous Media; Coastal and Estuarine Flow; Parameter Estimation and Inverse Problems; Free Surface Flow; Surface Transport; Numerical Methods.
目次
- SECTION 1: MULTIPHASE FLOW - True-to-mechanism macroscopic theory of steady state two phase flow in porous media
- Phase diagram of fully developed drainage in porous media
- Temperature dependent multiphase flow and transport
- Improved macroscopic equations of two-phase flow in porous media based on new models of the capillary pressure and relative permeability
- Comparison of different desretization techniques for multiphase flow in heterogeneous media
- Two-phase flow in stratified porous media-effective parameters and constitutive relationships
- Numerical fractional flow modelling of inhomogeneous air sparging
- Domain decomposition mixed methods for multiphase groundwater flow in multiblock aquifers
- The Bi-CGSTAB method with red-black Gauss-Seidel preconditioner applied to the hermite collocation discretization of subsurface multiphase flow and transport problems
- Simulation of multiphase and compositional flow in porous media
- Mixing regimes and the scale up problem for multiphase flow in porous media. SECTION 2: FRACTURED POROUS MEDIA - Evaluating the capability of scale dependent multi-continuum modeling in fractured permeable formatiions based on field, laboratory and numerical experiments
- Flow and transport processes in fractured porous media
- Simulation of solute transport in fractured porous media using the symmetrical streamline stabilization
- Influence of matrix diffusion on solute transport in a three dimensional fracture network
- Automatic grid adaptation for subsurface fluid flow problems - application to fractured-porous reservoirs
- Numerical simulation of subsurface disposal of industrial residues in coal mines
- Wellhead protection area delineation using the random walk method: application to fractured rocks
- Numerical generation of porous structure with fractal
- A theoretical model for relative permeabilities in two-phase flow in a fracture
- Numerical experiments on the probability of seepage into underground openings in heterogeneous fractured rock
- Interaction between fluid flow and deformation of porous fractured media. SECTION 3: COASTAL AND ESTUARINE FLOW - Coastal dynamics of the eastern Po Plain, Italy, due to global climate change and land subsidence
- Finite element modeling of saltwater intrusion in the Venice aquifer system
- Modeling saltwater intrusion by a 3D sharp interface finite element model
- Modeling seawater intrusion in the Korba aquifer (Tunisia)
- Benchmark solutions for seawater-freshwater interface problems in aquifers of random permeability distribution
- Simulating the spread and fate of sea lice larvae from an infested Atlantic salmon farm on the west coast of Ireland
- Modeling depth-integrated coastal pollution using a Lagrangian particle technique
- Modeling strongly coupled groundwater flow and solute transport in porous medium: re-evaluation of the salt dome flow problem
- Numerical analyses of hydrological and geological effects on seawater intrusion
- SALTFRES: a mixed finite element model for 3D variable density groundwater flow and contaminant transport code
- Numerical simulation of wind-induced flow in the Gulf of Thermaikos using a two-dimensional boundary-fitted circulation model
- Modeling on the high-concentration water intrusion in Hanting-Changyi area, China. SECTION 4: PARAMETER ESTIMATION AND INVERSE PROBLEMS - Stochastic approaches to inverse problems
- Multi-point BME space/time mapping of environmental variables
- The stochastic inverse problem in groundwater hydrology: a Kalman filter approach
- A Bayesian approach to electrical resistance tomography data inversion
- Hierarchical artificial neural network for regionalized cokriging
- Performance characteristics of simulated annealing to build Markov fields
- 3D computed subsurface tomography
- Sensitivity analysis in parameter estimation
- Parameter estimation for unsaturated flow models using sensitivity analysis
- Multiscale optimization for aquifer parameter identification with noisy data
- Verification of the Hydrodynamic Adsorption Model (HAM) - comparison with experimental data
- A numerical investigation of the slope current along the Western European margin. SECTION 5: FREE SURFACE FLOW - An improved time marching algorithm for GWC shallow water models
- Numerical simulation and experimental verification of dam-break flows with shocks
- Mass conservation in shallow water equation storm surge computations
- Infiltration in shallow soils overlying fractured bedrock
- A numerical scheme for free-surface flow modeling based on kinetic theory
- Mesh adaptation strategies for steady shallow water flow
- Adaptive moving grid solutions of a shallow-water transport model with steep vertical gradients
- Numerical modeling of the free surface flow near the mouth of the Balsas river and comparison with a physical model
- Computation of 2D free-surface flow and the shape of the control volume
- Adaptive grid techniques for baroclinic tidal models
- Application of turbulence two-equation model to depth-averaged simulation and prediction of tidal current, temperature, COD and BOD distributions
- Validation of ILLUDAS in four drainage basins in Florida. SECTION 6: SURFACE TRANSPORT - Far field modelling of a submerged outfall
- Contributions towards the prediction of velocity distribution in open channel flows
- On the role of non-conservative flow fields on transport mass conversation
- On solid transport in suspension in a waterway: a two-dimensional numerical approach
- Modeling water flow and chemical and sediment transport in watershed systems
- Study on the motion equation for high temperature variation and applying it to the ATES experiment in Shanghai
- Berecik dam and HEPP downstream river arrangement
- Major uncertainties in the prediction of bed evolution behind a groyne
- Lagoon hydrology and groundwater circulations: a computer study
- An alternative tool to reservoir eutrophication index: fuzzy synthetic evaluation
- Three-dimensional simulation of cavitating flows in piping systems. SECTION 8: NUMERICAL METHODS - A Eulerain-Lagrangian localized adjoint method for the nonlinear advection-diffusion-reaction equatioin
- On the modified Eulerian-Lagrangian method for solving coupled balance equations in porous media
- Newton and Quasi-Newton methods for the non-linear Richard's equation
- Matrix storage and matrix-vector product in Finite Elements
- Groundwater pollutant transport modelling based on the finite element technique with M-matrix preconditioning
- A Newton-Krylov-multigrid solver for variably saturated flow problems
- Mixed finite-element solution of reaction-diffusioin equations using a two-grid method
- A taut spline-based Eulerian-Lagrangian method for solving heterogenerous transport problems
- Mixed Neumann/Dirichlet boundary conditions for finite element flow simulations in complex geometries
- Dynamically adaptive upwind finite volume methods for contaminant transport
- Incorporating the multigrid method with the adaptive local grid refinement to solve 3D subsurface density-dependent flow and transport equations
- A new formulation of the mixed finite element method for solving elliptic and parabolic PDE with triangular elements
- Optimal upwinding of the N+2 Petrov-Galerkin method based upon frequency fitting
- Application of the sentinel method in a groundwater transport model.
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