Prof. T I Eldho

Areas Of Expertise

• Groundwater Flow and Pollution
• Computational fluid dynamics
• Coastal Hydrodynamics
• Watershed management
• Environmental impact assessment
• Applications of Numerical Methods in Water Resources andEnvironmental Engineering Areas
• Hydroinformatics
• Urban drainage system modeling; Sump pump modeling
• physical and laboratory scale hydraulics modeling,wells,Lift Irrigation
• Surge pool,Seepage analysis
• Spillway,rubber dam,lift irrigation,Water Managemnt,Hydraulic Model,Flood assessment
• Watersheds
• Finite element method
• GIS
• Remote sensing.,Stormwater drainage
• Contamination
• Groundwaters
• Onsite technology
• Pump and treat technology
• Remediation
• Algorithms
• Flood routing
• Geometry
• Open-channel flow
• River systems
• Arbitrary Lagrangian-Eulerian method
• Boundary elements
• Finite elements
• Navier-Stokes equations
• Three-dimensional external flows
• Free surface
• Hydrodynamics
• Numerical modelling
• Weakly compressible flow
• Antecedent moisture
• Curve number
• Initial abstraction
• NEH-4
• Soil conservation service
• Boundary element method
• Large eddy simulation
• Multi-dimensional external flows
• Three-step finite element method
• Turbulent flows
• Estuaries
• Finite element method
• Implicit model
• Shallow water flow
• Finite volume method
• Hydrodynamic simulation
• Weakly compressible flow formulation
• Direct surface runoff
• Initial soil moisture store
• Rainfall-runoff modelling
• SCS-CN method
• Soil moisture accounting
• Large eddy simulation
• Pressure distribution
• Sluice spillway
• Turbulent flow
• Geographical information systems
• SCS-CN method
• Watershed modelling
• Catchments
• Hydrologic models
• Moisture
• Runoff
• Simulation
• Watershed management
• Geographical information systems
• Infiltration
• Interception
• Kinematic wave model
• Remotely sensed data
• Watershed
• DEM
• Drainage delineation
• Flat area removal
• Region growing method
• Cavitation
• Roof profile
• Kinematic wave
• Philipin filtration model
• Sensitivity
• Crop water requirement
• Drought
• Paddy fields
• SCS-CN model
• Soil moisture simulation
• Hydrological forecasting
• Long-termhydrologic simulation
• Rainfall-runoff
• Saturation excess overland flow
• Streamflow
• Variable source area
• Kinematic wave approximation
• Soil erosion
• Sediment yield
• Geographical information system
• Remote sensing
• Runoff
• Catchments
• Equations
• Rainfall
• Erosion
• Catchment scale
• Transport
• Infiltration
• Flow
• Fuzzy logic
• Geographic information system
• Land suitability
• Multi-criteria evaluation
• Supplementary irrigation
• Yager 146
• S Aggregation method
• Experimentation
• Hydraulic structure
• Numerical simulation
• Offset jets
• Scour
• Aquifers
• Groundwater
• Groundwater circulation well
• Heterogeneous aquifer
• Numerical modeling
• Numerical models
• Tracer transport
• Water circulation
• Wells
• Knowledge-based systems
• Irrigation
• Multicriteria decision analysis
• Agricultural watershed
• Soil moisture
• Decision-support system
• Productivity
• Finite-element method
• Genetic algorithm
• Pump and treat
• Groundwater remediation
• Multiobjective optimization
• Contaminant transport
• Monitoring design
• Optimization
• Well
• Filtration
• Curve number method
• Rainfall-runoff modeling
• Soil moisture accounting (SMA)
• Diffusion wave model
• Flood simulation
• Urban watershed
• Analytical element method
• Induced recharge
• Radial collector well
• River bed aquifer
• River bed filtration
• Specific conductance