Computational methods in contamination and remediation of water resources
著者
書誌事項
Computational methods in contamination and remediation of water resources
（Computational methods in water resources XII / editors, V. N. Burganos ... [et al.], vol. 1）
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: GROUNDWATER MANAGEMENT - Groundwater management using hypermedia- and WWW-techniques
- Groundwater resources management under uncertainty
- A two parameter release model in low level waste disposal sites
- Pumping cost analysis in groundwater management, using the MODMAN (modflow management) model
- Limits of 3D numerical flow and transportation modeling for the simulation of a vertical circulation flow system in the remediation of a research field site
- Optimal water level field measurements for groundwater quality management models
- Cost-effective groundwater quality sampling network design
- Remediation tradeoffs addressed with simulated annealing optimization
- Monte Carlo techniques for estimating solution quality in stochastic groundwater management models
- Optimal design of groundwater remediation systems with treatment plant considerations
- Optimal plume control based on advective transport
- Numerical simulation of in situ bioremediation
- Flow simulation of a system of groundwater circulation well and pumping well for NAPL site remediation
- Oxygen- and nitrate-based biodegradation of aromatic hydrocarbons using Monod-Kinetics: application of a simplified numerical algorithm
- A fuzzy logic approach to health risk based design of groundwater remediation
- In situ electrokinetic remediation of aquifer contaminated by heavy metal
- Evaluation of risk from groundwater contaminants: numerical experiments
- GIS multicriterion's analysis of the police sedimentary basin vulnerability. SECTION 2: SUBSURFACE TRANSPORT - Efficient and robust numerical modeling of variably saturated flow in layered porous media
- Infiltratiion plume in porous media. Comparison between numerical results and a simplified theory
- Numerical investigation of the potential influence of advection-induced phase change on in situ bioventing operations
- Effects of hysteresis in capillary pressure-saturation relationships on predicting LNAPL mobility
- Correlations for mass transfer coefficients applicable to NAPL pool dissolution in subsurface formations
- Spatial and temporal variation in composition in multicomponent NAPLs
- An FCT model of contaminant transport on unstructured meshes
- A shock-capturing finite-element technique for unsaturated-saturated flow and transport problems
- Stokes flow in random, anisotropic and correlated pixelized porous media
- Microgeometry and topology of statistically homogeneous porous media
- An algorithm for the soil characteristic curve with the method of conjugate directions
- Dispersion effects on transport with biodegradation in heterogeneous porous media
- Stochastic analysis of biodegradable solutes in natural aquifers
- Groundwater transport with stochastic retardation: numerical results
- Modeling chemically and microbiologically reactive contaminant transport in porous media
- Modeling reactive chemical transport
- Modelling of microbially mediated processes in the subsurface - an evaluation of several modelling concepts. SECTION 3: UNSATURATED POROUS MEDIA - The effects of nonlinearities in the stability of numerical solutions of Richards' equation
- Mixed hybrid finite element formulation for water flow in unsaturated porous media
- Mixed finite elements for the solution of the variably saturated flow equation
- Inverse problem for transient unsaturated flow-identifiability and non uniqueness
- Thermally-driven moisture flow near the vicinity of perched aquifers in unsaturated geologic media
- 3D FEM modeling of root uptake in a sandy soil
- Simulation of soil water drainage in sandy soils, laid on a ceramic plate. Comparison with experimental data. SECTION 4: GROUNDWATER FLOW IN POROUS MEDIA - Deterministic solution of stochastic groundwater flow equations by nonlocal finite elements
- Vertical velocity in an SWE model: a penalty approach for improved mass conservation
- Coupling analytical, boundary and finite element methods to develop a model for groundwater flow with singularities generated by groundwater supply and recharge systems
- Parallelisation of a finite difference code for modelling ground water flow
- Modelling subsurface flow in Karro aquifers
- A study on the numerical simulation of mine dewatering in a large-scale opencut coal mine, China. SECTION 5: SCALING AND HETEROGENEITY - On the use of pore-scale computational models for two-phase porous-media flows
- An operator-based approach to upscaling the pressure equation
- Influence of wettability of constitutive relations and its role in upscaling
- A new approach for scaling-up flow and transport processes based on the use of butterworth filters
- Up-scaling dispersion in heterogeneous porous media: non-equilibrium models
- Numerical simulation of flow and transport at the pore scale
- Pore-scale modeling of mass transfer from nonaqueous phase liquids
- Efficient parallel computation of spatially heterogeneous geochemical reactive transport
- Scaling of diffusion-driven dispacing patterns in porous media
- Numerical methods for transport-dominated flows in heterogeneous porous media
- Statistical parameters identification for the heterogeneity description of 2D aquifers
- A microscale model of biofilm formation in porous media. SECTION 6: SURFACE WATER MANAGEMENT - Simulation and multicriteria decision anlaysis approach on water resources planning
- An object-oriented framework for compuational water-quality management of river systems
- On inert tracer modeling in a compound open channel
- Simulation of bed variation by high-concentrated flood flow. SECTION 7: HYDROLOGIC MODELING - Partially saturated hydrological flows: numerical experiments and anlayses
- A comparison of various finite element procedures for watershed routing
- Evaluation of software for the hydraulic analysis of highway culvets
- An equation for predicting 7Q 10 low flows at ungaged sites utilizing the watershed area and the minimum watershed elevation
- Modelling groundwater extraction by trees in clay deposits: a case study
- 3D flow and transport groundwater modelling including river interactions.
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