Environmental Fluid Dynamics Code (EFDC), a hydrodynamic model is set up for the Tennessee River to understand the flow dynamics. During the model set-up a MATLAB-based grid generation algorithm is developed and implemented
The Johor Strait is an estuarine system located on the coast of the state of Johor in Malaysia. The ...
This paper describes the application of a commercially available, three-dimensional computational fl...
This work presents a software based on a three-dimensional model for the dispersion of effluents in ...
This tutorial provides a full one day tutorial for the Environmental Fluid Dynamics Code (EFDC - htt...
Model code to simulate three-dimensional hydrodynamics (water level, current velocity, salinity, tem...
The purpose of this work is to develop a multi-dimensional, transient computational fluid dynamics (...
Studies have shown that humankind will experience a water shortage in the coming decades. It is ther...
This report describes the simulation of the dispersion and dilution of dissolved or finely suspended...
Double Master of Science in Hydraulic Engineering (Civil Engineering and Geosciences) and Applied Ma...
The Hydrologic Engineering Center (HEC) was contracted by the U. S. Army Corps of Engineers, Nashvil...
Data management and analysis are important for the application of water quality modeling in water en...
Computational fluid dynamics applications for nitrate removal in an upper Mississippi River backwate
Agricultural runoff modeling was performed on North Reelfoot Creek watershed using Hydrological Simu...
This work presents a new three-dimensional model for the prediction of the dispersion of effluents i...
Sungai Johor estuary is a vital water body in the south of Johor and greatly affects the water quali...
The Johor Strait is an estuarine system located on the coast of the state of Johor in Malaysia. The ...
This paper describes the application of a commercially available, three-dimensional computational fl...
This work presents a software based on a three-dimensional model for the dispersion of effluents in ...
This tutorial provides a full one day tutorial for the Environmental Fluid Dynamics Code (EFDC - htt...
Model code to simulate three-dimensional hydrodynamics (water level, current velocity, salinity, tem...
The purpose of this work is to develop a multi-dimensional, transient computational fluid dynamics (...
Studies have shown that humankind will experience a water shortage in the coming decades. It is ther...
This report describes the simulation of the dispersion and dilution of dissolved or finely suspended...
Double Master of Science in Hydraulic Engineering (Civil Engineering and Geosciences) and Applied Ma...
The Hydrologic Engineering Center (HEC) was contracted by the U. S. Army Corps of Engineers, Nashvil...
Data management and analysis are important for the application of water quality modeling in water en...
Computational fluid dynamics applications for nitrate removal in an upper Mississippi River backwate
Agricultural runoff modeling was performed on North Reelfoot Creek watershed using Hydrological Simu...
This work presents a new three-dimensional model for the prediction of the dispersion of effluents i...
Sungai Johor estuary is a vital water body in the south of Johor and greatly affects the water quali...
The Johor Strait is an estuarine system located on the coast of the state of Johor in Malaysia. The ...
This paper describes the application of a commercially available, three-dimensional computational fl...
This work presents a software based on a three-dimensional model for the dispersion of effluents in ...