This work describes the steps required to construct a hydrodynamic model of the Guajará Bay, using Geographic Information Systems and the Finite Element Method. An overview of the problem that motivates this modelling procedure, i.e., the pollutant dispersion, is presented. The computer software used is then discussed, stressing the links between the data model entities. The calibration procedure is described. The methods used to obtain field data and the results obtained are presented, alongside the main flow patterns of the water. The simulations and applications of the model are discussed at the end of the paper
Currents of a river are analyzed numerically by introducing data concerning the water depth into a f...
Utilization of sophisticated hydroinformatic systems depends on the optimum use of appropriate input...
A surface impoundment model in finite element (SIMFE) is presented to enable the simulation of flow ...
With the growth of urbanization, industrialization, and intensive agricultural practices, all superf...
The basic equations for modelling two-dimensional hydrodynamics and transport in estuaries and coast...
The purpose of the article is to develop the required and sufficient conditions under which numerica...
This master thesis work used the integrated modeling tool Telemac, based on the finite element metho...
A hydroinformatic environment was created with the general objective of solving environmental proble...
Summarization: A computer program idor2d GIS was developed to simulate the currents and pollutant tr...
A three dimensional numerical model system has been developed for coastal circulation and water qual...
A definitive guide for accurate state-of-the-art modelling of free surface flows Understanding the d...
The study presents a two dimensional model of dispersion of pollutants built on the basis of a hydr...
From an advection-dispersion equation based on the mass conservation law, I developed a theoretical ...
The interaction of hydrodynamic forces in the coastal and estuarial areas is a complex phenomenon. I...
International audienceThis paper numerically investigates the effect of point source pollution disch...
Currents of a river are analyzed numerically by introducing data concerning the water depth into a f...
Utilization of sophisticated hydroinformatic systems depends on the optimum use of appropriate input...
A surface impoundment model in finite element (SIMFE) is presented to enable the simulation of flow ...
With the growth of urbanization, industrialization, and intensive agricultural practices, all superf...
The basic equations for modelling two-dimensional hydrodynamics and transport in estuaries and coast...
The purpose of the article is to develop the required and sufficient conditions under which numerica...
This master thesis work used the integrated modeling tool Telemac, based on the finite element metho...
A hydroinformatic environment was created with the general objective of solving environmental proble...
Summarization: A computer program idor2d GIS was developed to simulate the currents and pollutant tr...
A three dimensional numerical model system has been developed for coastal circulation and water qual...
A definitive guide for accurate state-of-the-art modelling of free surface flows Understanding the d...
The study presents a two dimensional model of dispersion of pollutants built on the basis of a hydr...
From an advection-dispersion equation based on the mass conservation law, I developed a theoretical ...
The interaction of hydrodynamic forces in the coastal and estuarial areas is a complex phenomenon. I...
International audienceThis paper numerically investigates the effect of point source pollution disch...
Currents of a river are analyzed numerically by introducing data concerning the water depth into a f...
Utilization of sophisticated hydroinformatic systems depends on the optimum use of appropriate input...
A surface impoundment model in finite element (SIMFE) is presented to enable the simulation of flow ...