Hydraulic engineering software VII
著者
書誌事項
Hydraulic engineering software VII
（Water studies series, vol. 4）
WIT Press / Computational Mechanics Publications, c1998
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注記
Includes bibliographical references and index
内容説明・目次
内容説明
Hydraulic engineering is ideally suited to the application of numerical methods, which in turn lend themselves to computational analysis. The sophisticated software now available enables hydraulic engineers to simulate and predict events with a high degree of accuracy and, hence, provide robust and cost effective designs. The Hydrosoft series of international conferences continues to attract papers from the hydraulic engineering software field, particularly in the broad areas of groundwater flow, free surface flow and pressure flow. A number of contributions on stochastic methods related to hydrology and intelligent software are also presented. The wide variety of topics covered include: hydrodynamic modelling; dam breaking; hydraulic networks; open channel flows; wave propagation; coastal dynamics and estuaries; data acquisition and field instrumentation; interaction between experimental and computer models; expert systems; software maintenance and support; hydrology and groundwater flow; flood and drought hazard assessment; groundwater and aquifer modelling; water pollution and supply; and irrigation.
目次
- SECTION 1: HYDRODYNAMIC MODELLING Use of measured and interpolated cross-sections in hydraulic river modelling
- Two-dimensional, multi-grid, viscous, free-surface flow calculation
- A comprehensive unsteady depth-averaged model with orthogonal curvilinear coordinate system
- Real time wave propagation simulation: model implementation for the Tagus River
- A numerical study of wind-induced flow in the Gulf of Thermaikos using a refined two-dimensional boundary-fitted circulation model. SECTION 2: DAM BREAKING Software dedicated to dam-break wave simulation and their validation in the framework of an IAHR working group
- Computing dam-break flood wave propagation in non prismatic channels. SECTION 3: HYDRAULIC NETWORKS DESIGN AND OPERATION Use of maximum entropy flow patterns in water distribution network design
- The water supply network analysis tool KANET
- New methodologies for optimal operation of water distribution systems for water quality purposes
- Capacity reliability and rehabilitation of deteriorated water distribution systems
- The numerical Green's function technique for boundary value problems in networks
- Calibration of water distribution network models using genetic algorithms
- On solving water distribution network design with stochastic search optimization techniques
- Simulation and optimisation of the waste water flow in urban sewer network
- Study and interpretation of the cavitation in a low pressure loop system equipped with water hammer control device. SECTION 4: OPEN CHANNEL FLOWS Analysis of pressure distribution coefficient on steps under hydraulic jump conditions in sloping stilling basins
- Detention pond design to mitigate down stream erosion
- Water surface profiles and scour analysis for a river reach with multiple bridge proposals
- One-dimensional unsteady flow computation in channels with floodplains
- Water profile computation in compound channels
- Mathematical model of training river bed deformations. SECTION 5: HYDRAULIC SOFTWARE CFD - a useful tool in spillway capacity determination
- AQUAVITAE - a software tool for the hydraulic design and analysis of wastewater treatment works
- Hydraulic computational advances in the design of small hydropower plants. SECTION 6: COASTAL AND HYDRODYNAMIC MODELLING A numerical simulation of summer circulation for Monterey Bay
- A finite element method for 1D and 2D shallow water
- A parametric study of wind wave spectrum representations for shallow water
- Simulation of the sea breeze on the central US California coast. SECTION 7: DECISION SUPPORT SYSTEMS A reinforcement learning model for the operation of conjunctive use schemes
- Optimal design of water distribution networks: a computer-aided decision support tool
- Object-oriented building of a river network model for transient flow: Application of desktop GIS for decision support in groundwater management
- Proposed water management system for the Great Man-made River Project. SECTION 8: HYDROLOGY Simulating transformation inflow-outflow phenomena in technical hydrology by linear time-invariant models
- An approach for integrating fuzzy rule system in hydrological modeling
- Performance evaluation of hydro power reservoir
- Stochastic response of storage function runoff model to mutually dependent rainfall inputs. SECTION 9: FLOOD AND DROUGHT HAZARD ASSESSMENT Risk based water resources management
- Ou?m? Bridge, hydraulic study: flooding risk and stability assessment using MIKE 21
- Numerical study of evacuation system for overland flood flow due to storm surge
- Prediction of runoff and establishment of flood control system in the urban area of Tokyo. SECTION 10: GROUNDWATER AND AQUIFER MODELLING Combined use of genetic algorithms and boundary elements in aquifer restoration problems
- Modelling and simulation of flow in an alluvial aquifer in a semi-arid region of Brazil
- Drainage of landfill cap systems
- Modelling of pumping from heterogeneous unsaturated-saturated porous media
- Dupuit-Forchheimer formulation of a transport finite element model: application to remediation of a shallow, unconfined aquifer. SECTION 11: AQUIFER CONTAMINATION AND WATER POLLUTION CAMP: a configurable graphic user interface for three-dimensional flow and transport in variably saturated porous media
- Modelling of saline intrusion in a long sea outfall
- Temporary remedial treatment of contaminated groundwater. SECTION 12: NUMERICAL COMPUTATIONS A numerical procedure for the solution of oscillatory turbulent boundary layer flow by control-volume approach
- Numerical simulation of laminar flow behind a backward-facing step using a viscous-splitting vortex algorithm
- A numerical hybrid model for the solution of Boussinesq-type equations
- An application of the numerical Green's function technique to advection-diffusion contaminant transport in water supply networks
- Tensorial definition of the eddy viscosity in large eddy simulation of turbulent flows.
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