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Water quality modelling for rivers and streams/ edited by Marcello Benedini, George Tsakiris

Contributor(s): Benedini, Marcello, ed | Tsakiris, George, edSeries: (Water science and technology library)Publication details: New York: Springer, 2013Description: xvii, 288 p. : ill. ; 24 cmISBN: 9789400755086Subject(s): Water quality--Mathematical models | Water quality management | Hydrology--Mathematical models | Pollution | Computer simulation | Engineering mathematics | Environmental sciences | GeographyDDC classification: 551.48024627

Contents:

Water Quality in the Context of Water Resources Management -- Basic Notions -- Mathematical Interpretation of Pollution Transport -- Fundamental Expressions -- Dispersion in Rivers and Streams -- The Biochemical Pollution -- The Most Frequent Pollutants in a River -- Temperature Dependence -- Application of the General Differential Equations -- The Steady-State Case -- Interpretation in Finite Terms -- Progress in Numerical Modelling: The Finite Difference Method -- The finite element method -- The finite volume method -- Multidimensional approach -- Thermal pollution -- Optimisation models -- Model calibration and verification -- Water quality measurements and uncertainty -- Model reliability -- Final thoughts and future trends.

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Holdings
Item type	Current library	Call number	Status	Notes	Date due	Barcode	Item holds
General Books Science Library	Science Library, Sikkim University Science Library General Section	551.48024627 BEN/W (Browse shelf(Opens below))	Available	Books For SU Science Library		48841

Total holds: 0

Water Quality in the Context of Water Resources Management --
Basic Notions --
Mathematical Interpretation of Pollution Transport --
Fundamental Expressions --
Dispersion in Rivers and Streams --
The Biochemical Pollution --
The Most Frequent Pollutants in a River --
Temperature Dependence --
Application of the General Differential Equations --
The Steady-State Case --
Interpretation in Finite Terms --
Progress in Numerical Modelling: The Finite Difference Method --
The finite element method --
The finite volume method --
Multidimensional approach --
Thermal pollution --
Optimisation models --
Model calibration and verification --
Water quality measurements and uncertainty --
Model reliability --
Final thoughts and future trends.

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