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Table of Contents

• RESEARCH NOTE

  Drought and Water Policies in Northeast Brazil: Backgrounds and Rationale

• Evaluating Environmental Benefits from Changes in Water Abstraction and Waste Water Disposal

• Conflicts, Costs and Environmental Degradation - Impacts of Antiquated Ground Water Allocation Policies in the Great Lakes Basin

• Evolution of The Greek National Regime for Water Resources

• Micro-Agricultural Water Management Technologies for Food Security in Southern Africa: Part of the Solution or a Red Herring?

• Regulating Water Services for Nairobi's Informal Settlements

• Generation and Alleviation of Sonic Booms from Rail Tunnels

• A Semi-Analytical Method for Plate and Grid Structures

• A 2D Contaminant Transport Model for Unsaturated Soils

• Computational Form-Finding Methods for Fabric Structures

• Ground Improvement Techniques for Railway Embankments

• Influence of Salts on Strength of Cement-Treated Days

• Small-Scale Micropiles to Control Have Heave on Expansive Days

• Validity of Menard Relation in Dynamic Compaction Operations

• Modelling Effects of Mangroves on Tsunamis

• Two-Dimensional Flood Modelling of the Damansara River

• CASE STUDY

  Modelling Urban River Catchment: A Case Study in Malaysia

• RESEARCH NOTE

  Water Quality Monitering of Maong River, Malaysia

• Computation of Afflux Ratings and Water Surface Profiles

• Using Trenches to Reduce Tunneling Vibrations

• Seepage Control for Satpura Dam, Pakistan

• Refining Shear Strength Characteristic Value Using Experiences

• Foundation Behaviour Below An Embankment on Soft Soils

• Investing Anisotropy in Shear Strength of Clayey Soils

• Setting A Challenge to Landfill Modellers

• Simulation of Municipal Solid Waste Reactors using Moduelo

• Modelling the Landfill Process Using GasSim2

• Modelling Decomposition of MSW Using Genetic Algorithms

• The Long-Term Settlement of Landfill Waste

• Sediment Transport Through Rock Groynes on Mixed Beaches

• Managed Realignment – Lessons from Wallasea, UK

• Modelling Effects of Realignment of Keelung River, Taiwan

• Numerical Study of Scour Around A Pipeline Bundle

• The Role of Water and Energy Schemes in Easing Africa's Food and Energy Crisis

• Memve'ele Goes Ahead as the First Boot Scheme in Cameroon

• Social and Environmental Aspects of The Gurara Water Transfer Project, Nigeria

• Igamba II Mini Hydro Scheme Helps Regional Development in Tanzania

• Design of the Spillways for Bujagali, Uganda

• Berg River Scheme Meets Technical and Logistical Challenges

• Initial Design and Optimization of the Lima Pumped-storage Scheme

• The Ingula and Tubatse Pumped-Storage Schemes Planned for South Africa

• The New Assiut Barrage and Hydro Plant, Egypt

• Simulations Strategies of the Cooling Flow for Large Hydro Generators

• Simulation and Measurement of Vibrations of Hydro Generator Stators

• Evaluating Interlamination Circulating Current at Core Joints in Large Machine Stators

• Sediment Management in the Three Gorges Reservoir

• Spatial variation in Physio-Chemistry in a Small River Estuary

• Improving Bridge Afflux Prediction for Overbank Flows

• RESEARCH ARTICLE

  Flood Risk Management Strategies Using Multi-criteria Analysis

• RESEARCH NOTE

  Laboratory Study of Maximum Scour Depth Downstream of Sills

• Modelling of Lake-Groundwater Interaction in Turkey

• Computer Modelling of Granded Sediments in Rivers

• Reducing CO2 Emissions and Maintaining Economic Capability

• Neural Network Prediction of Energy Demand and Supply in China

• Adoption of Energy Efficiency Innovations in New UK Housing

• Electric Vehicles for Low-Carbon Transport

• Commercial Development of Underground Coal Gasification

• New Port Facilities at Punta Langosteira, Spain

• Design and Construction of a Submarine Outfall in Murcia, Spain

• Coastal Erosion Studies on the Capo Colonna Cliff, Italy

• Working Platforms for Tracked Plant

• Effect of Core Composition on Seismic Stability of Earth Dams

• A Statistical Guide for Dynamic-Penetration Test Interpretation

• Construction of a Deep Shaft for Crossrail

• Non-Linear and Linear Models in Design of Retaining Walls

• Stochastic Response of Underground Structures

• History of Model Development at Temple, Texas

• Evaluation of Streamflow Simulation by SWAT Model for Two Small Watersheds Under Snowmelt and Rainfall

• Application of a SWAT Model for Estimating Runoff and Sediment in Two Mountainous Basins in Central Iran

• Modelling Hydrological Processes in Mesoscale Lowland River Basins with SWAT – Capabilities and Challenges

• Modelling Wetland Processes in Regional Applications

• Prediction of Channel Degradation Rates in Urbanizing Watersheds

• Plant Growth Simulation for Landscape-Scale Hydrological Modelling

• Integrated Assessment of Cropland Soil Carbon Sensitivity to Recent and Future Climate in the Elbe River Basin

• Current Concepts in Nitrogen Dynamics for Mesoscale Catchments

• SWAT Developments and Recommendations for Modelling Agricultural Pesticide Mitigation Measures in River Basins

• RESEARCH ARTICLE

  Applying Hegemony and Power Theory to Transboundary Water Analysis

• RESEARCH NOTE

  Ethiopia -Challenges to Egyptian Hegemony in the Nile Basin

• Hydro-Hegemony in the Nile Basin: A Sudanese Perspective

• Hydro-hegemony in the context of the Orange River Basin

• Hydro-Hegemony in the Amu Darya Basin

• Hydro-Hegemony and International Water Law: Laying Claims to Water Rights

• Hydro-Hegemony and International Water Law: Grappling with the Gaps of Power and Law

• Going with the Flow: River Basins as the Natural Units for Water Management?

• Application of Electromagnetic Numerical Analyses for Large Indirectly Hydrogen Cooled Turbine Generators

• A New Definition for Total Harmonic Distortion in Inverter-fed Induction Motors Including Loss Considerations

• Experiences of Air Cooled Generator Stator Flexible failures

• A New Method for Online Thyristor Conduction Monitoring Based on Thyristor Current Waveform Recording In Static Excitation System

• Rotating Diodes Exciter Having Competitive Performance for Nuclear Plant

• An Extended Modelling of Synchronous Generators for Internal Fault Evaluation and Protection Assessment

• Hydrogen/Water - Cooled Turbogenerators: A Mature Technology on The Move

• Reactive Power Control in Wind Farms: Real Experience and Results

• Impact of Wind Power Generators on the Frequency Stability of Synchronous Generators

• Mineral Oil With Corrosive Sulfur – Method Evaluation to Identify False Negatives and its Performance with Blends of Natural Ester

• RESEARCH ARTICLE

  Autotransformer and Reactor Models Development for Core and Shell Type Windings for Frequency Analysis Studies

• RESEARCH NOTE

  Asset Management of Transformers Using Accredited Physical-Chemical Diagnostics and On-Line Monitoring in Slovenia

• Understanding and Management of Sulfur Corrosion From Insulating Oil

• The Effect of Passivator Additive used in Transformers and Reactors’ Mineral Oil to Neutralize the Sulphur Corrosion, and its Influence on Low Thermal Defects

• Refining of Corrosive Insulating Oils By Selective Liquid - Liquid Extraction Process

• Field Experience with On-Line Bushing Diagnostic to Improve Transformer Reliability

• Specification of New Power Transformers. Basic Maintenance Issues

• Comparison of Sealed Conservator Systems in Power Transformers vs. Desiccant Breather Protected Systems

• Core-Form Versus Shell-Form Shunt Reactors, Utility And Manufacturer Position

• Experience of Specifying and using Reactors In a Transmission Network

• Stresses on Shunt Reactors due to Switching

• Design and Testing of 300 MVAR Shunt Reactors

• Field Performance and Sound of Shunt Reactors in Service

• Internal Arcing: Issues Related to Testing and Standardization

• An Optimal Design Tool of SF6 Gas Circuit Breaker To Improve The Small Current Interrupting Performance

• Applications of Computer Simulation to Performance Evaluations of Switching Equipment for Special Conditions

• Simulations and Calculations as Verification Tools for Design and Performance of High-Voltage Equipment

• Technical Requirements for Substation Equipment Exceeding 800kV

• RESEARCH ARTICLE

  Structural Analysis of High Voltage Electric Equipment With a View to Seismic Capability Assessment

• RESEARCH NOTE

  DC and Wideband Applications of Optical Voltage and Current Sensors in Electric Power Transmission Systems

• Field Experience and Test Verification of HV Composite Apparatus Insulators

• RESEARCH ARTICLE

  Analysis of The Antiresonant 220–500 kV Voltage Transformers Application Efficiency

• RESEARCH NOTE

  Experience of Non-Conventional Instrument Transformer for High Voltage GIS in Real Commercial 154kV Substation

• Mitigation and Control of Electric Fields on Spacers’, Surfaces in Gas Insulated Systems

• IEC 61850 Merging Unit for The Universal Connection of Conventional and Non-Conventional Instrument Transformers

• Application of Composite Housing To High Voltage Bushings

• Innovative Non-conventional Current Transformers for Advanced Substation Designs and Improved Power System Performance

• Energy Handling Capability of High-Voltage Metal-Oxide Surge Arresters Part 2: Results of a Research Test Program

• Impacts of Fault Current Limiting Devices on System Protection

• 132 kV and 220 kV Cable Installation in Highly Urbanized Zones

• HV-EHV Transition Joints: A Solution To Optimize The Cable Route

• HVDC Light Cable System Extended to 320 kV

• IES Cables – Power Cables with Integrated Electromagnetic Shielding

• Extension of AC Cable Transmission Distance Through Application of an EMF Self-Cancelling Three-Phase, Six-Core Cable Configuration

• Optimizing Cable Layout for Long Length High Temperature Superconducting Cable Systems

• Compatibility Between Electrical Energy Transmission Lines and New Railway Infrastructures

• Progress in the Mastering of The Environmental Impact of An Underground Link

• Active and Reactive Operation Area of Insulate Cables

• Development of HVDC Insulation-Extruded Cables with Coaxially-Integrated Return Conductor Considering Environmental and Economic Advantages

• Quantifying The Strength of 40-Year Old Lattice Towers and Pyramid Foundations

• Assessment of The Impacts of Increasing Structural Reliability and Security by Designing Lines for Longitudinal Broken Conductor and Unbalanced Icing Loads

• Increasing the Availability of Overhead Transmission Lines in The Belgian Grid

• Design and Implementation Experiences of Improving Reliability of Existing 400 KV Transmission Lines Against Narrow Front Wind

• Development of Estimation and Diagnostic Method of ACSR Inner Corrosion Based on the Corrosion Mechanism Study

• Evaluation of Silicone Rubber Housing Interfaces after Service Exposure and Performance Improvements by Nanofillers enriched Silicone Rubbers

• Geographical Information Tools for Overhead Lines Preventive Maintenance

• Pulse Current Measurements For Condition Assessment of Conductor Joints of Overhead Lines

• Hydro Quebec's De-icing System: Automated Overhead Line Monitoring and De-icing System

• Extending the Service Life of Aged Overhead Line Towers

• The Feasibility of Using Daytime Corona Inspection to Identify Contaminated Insulators That Needs to be Washed

• Aeolian Vibrations on High Voltage Lines Comparative Self Damping as Evaluated on The Field

• Review and New Development on Transmission Lines Tower Foundation in China

• Environmental Benefits of AIS Substations With Disconnecting Circuit-Breakers

• INDEXES

  Authors’ Index