About The Professor
Research Areas & Interests:
Groundwater Flow and Pollution Investigations – two dimensional and three dimensional modeling, surface water – groundwater interactions, well hydraulics, seepage analysis in hydraulic structures; Contaminant transport analysis; Groundwater pollution control and remediation technologies.
Computational Fluid Dynamics – Navier Stokes equation solutions, Incompressible viscous flow analysis, various applications, Numerical modeling.
Coastal Hydrodynamics – Flow and transport analysis in rivers, lakes, estuaries and coastal seas
Watershed Management – Watershed modeling, GIS and remote sensing applications in water resources,
Rainfall – run off modeling, rainwater harvesting; Urban Drainage Modeling.
Environmental Engineering - Environmental impact assessment of water resources and environmental related projects, Pollution problems in aquatic environment.
Applications of Numerical Methods in Water Resources and Environmental Engineering Areas – Method of characteristics, Finite difference method, Finite element method and Boundary element method.
Hydroinformatics – Application of artificial intelligence (such as GA, Fuzzy logic etc.) and advanced techniques in water resources and environmental problems.
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