The object of this project was to develop a Water Quality Model for Westernport Bay. The literature describing the dispersion process was critically examined and it was concluded that the Lagrangian des- scription is a more direct representation of the actual dispersion process. Therefore the Lagrangian random walk model was developed to model the transport of conservative wastes in turbulent flow. A variety of field experiments were carried out to assess the different process causing mixing in Westernport Bay, and their relative importance. Computer programs were developed for a hydrodynamic and random walk transport model. When calibration and verification have been completed it is believed that the Water Quality Model described herein wi...
The use of models for solving water quality and quantity problems is not restricted to mathematical ...
This second volume is a documentation of various transport models used at USF. Included, is a compre...
In water-quality modelling several different directions can be distinguished according to the strate...
Turbulent dispersion can be studied successfully by using Lagrangian particle models. In general, th...
The random walk particle tracking (RWPT) method is compared with one of the Eulerian methods in inve...
Lagrangian mathematical models, based on random walk methods, are well-established tools for the ass...
This paper presents the development of a numerical model to simulate integrated hydrodynamics and wa...
During the past decade, the US Army Engineer Waterways Experiment station (WES) has developed and ap...
Traditionally, the sea has been considered as the ultimate sink of most pollutions, due to its huge ...
Abstract: A random walk model to describe the dispersion of pollutants inshallow water is developed....
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Civil and Environmental Engineering,...
A tidally varying and a tidally averaged mass transport model are applied to the Fraser River Estuar...
This thesis studies the numerical modelling of a range of hydrodynamic, solute transport and biochem...
This paper, the second of a two part description of the modelling activities associated with the Bed...
A coupled hydrodynamic-chemical fate model is used to investigate mechanisms for chemical dispersion...
The use of models for solving water quality and quantity problems is not restricted to mathematical ...
This second volume is a documentation of various transport models used at USF. Included, is a compre...
In water-quality modelling several different directions can be distinguished according to the strate...
Turbulent dispersion can be studied successfully by using Lagrangian particle models. In general, th...
The random walk particle tracking (RWPT) method is compared with one of the Eulerian methods in inve...
Lagrangian mathematical models, based on random walk methods, are well-established tools for the ass...
This paper presents the development of a numerical model to simulate integrated hydrodynamics and wa...
During the past decade, the US Army Engineer Waterways Experiment station (WES) has developed and ap...
Traditionally, the sea has been considered as the ultimate sink of most pollutions, due to its huge ...
Abstract: A random walk model to describe the dispersion of pollutants inshallow water is developed....
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Civil and Environmental Engineering,...
A tidally varying and a tidally averaged mass transport model are applied to the Fraser River Estuar...
This thesis studies the numerical modelling of a range of hydrodynamic, solute transport and biochem...
This paper, the second of a two part description of the modelling activities associated with the Bed...
A coupled hydrodynamic-chemical fate model is used to investigate mechanisms for chemical dispersion...
The use of models for solving water quality and quantity problems is not restricted to mathematical ...
This second volume is a documentation of various transport models used at USF. Included, is a compre...
In water-quality modelling several different directions can be distinguished according to the strate...