Add to ORKGThis paper describes the principles of the contemporary approach to mathematical modeling of water quality in river channels and their networks, including the formulation of basic equations for the hydrophysical and chemical-biological processes involved, the role of longitudinal dispersion, and the initial and boundary conditions. Special emphasis is given to some specific questions related to the numerical computation of channel networks
Physically-based river water quality models are valuable tools for river basin management and planni...
In this research we present a classical coupled differential equations mathematical model for river ...
Effective tools to simulate and predict pollutant transport in water environment especially river ar...
This paper presents (1) general considerations related to the development of two mathematical models...
The use of models for solving water quality and quantity problems is not restricted to mathematical ...
Numerical modelling can be a useful tool to assess a receiving water body's quality state. Indeed, t...
AbstractA mathematical model of an industrial river is presented, taking into account man-controlled...
A hydrodynamic river water quality model is presented. The model consists of a quantity and a qualit...
Oxygen depletion, eutrophication, acidification, toxic pollution, poor hygienic state, salinity, and...
The author was a rapporteur for the session on "Flow Related Transport Phenomena: Water Quality" at ...
The presence of physical, chemical and biological components in rivers, associated with ...
Water is one of the main elements of the environment which determine the existence of life on the Ea...
This book is the first to deal comprehensively with the subject of mathematical modeling of water qu...
Water quality modelling is of crucial importance for the assessment of physical, chemical, and biolo...
The waters of rivers are not only used for consumption, industry and agriculture but have also found...
Physically-based river water quality models are valuable tools for river basin management and planni...
In this research we present a classical coupled differential equations mathematical model for river ...
Effective tools to simulate and predict pollutant transport in water environment especially river ar...
This paper presents (1) general considerations related to the development of two mathematical models...
The use of models for solving water quality and quantity problems is not restricted to mathematical ...
Numerical modelling can be a useful tool to assess a receiving water body's quality state. Indeed, t...
AbstractA mathematical model of an industrial river is presented, taking into account man-controlled...
A hydrodynamic river water quality model is presented. The model consists of a quantity and a qualit...
Oxygen depletion, eutrophication, acidification, toxic pollution, poor hygienic state, salinity, and...
The author was a rapporteur for the session on "Flow Related Transport Phenomena: Water Quality" at ...
The presence of physical, chemical and biological components in rivers, associated with ...
Water is one of the main elements of the environment which determine the existence of life on the Ea...
This book is the first to deal comprehensively with the subject of mathematical modeling of water qu...
Water quality modelling is of crucial importance for the assessment of physical, chemical, and biolo...
The waters of rivers are not only used for consumption, industry and agriculture but have also found...
Physically-based river water quality models are valuable tools for river basin management and planni...
In this research we present a classical coupled differential equations mathematical model for river ...
Effective tools to simulate and predict pollutant transport in water environment especially river ar...