Abstract. Water quality monitoring in the distribution system has become a problem that is often encountered in the water network. An algorithm is set up to be used in modeling water quality in the distribution system in the storage tank where the resulting model can be simulated against the mixing of the solutes. The model used can predict mass balance calculations material for transport, mixing and reaction kinetics is often the case where the process is to represent the basic phenomena such as short circuit and the zone of saturation for all types of storage facilities distribution. The method is expected to manage the quality of water in the distribution system
Water quality although acceptable when it leaves the source or the treatment plant may deteriorate t...
Since governments all over the world are paying more attention to water quality in water distributio...
AbstractThe advantages of applying a stochastic residential water demand scheme in a distribution ne...
In the last few years many mathematical model have been developed for the evaluation of space and ti...
The quality of drinking water generally degrades when it is delivered through a distribution system ...
Abstract: Some issues concerning the most popular practical problems encountered during modeling the...
The quality of drinking water generally degrades when it is delivered through a distribution system ...
Chlorine maintenance in distribution systems is an issue for water suppliers. The complex pipe geome...
Water storage tanks are one of the primary and most critical components of water distribution system...
A dynamic water quality model for drinking water distribution systems has been developed in this stu...
Abstract: A dynamic water quality model for drinking water distribution systems has been developed i...
A new mathematical model has been introduced (Pianese et al, 1995) to evaluate the changes, in time ...
In this paper, direct water quality modelling and the associated unsteady sensitivity equations, are...
A technique for the solution of unsteady flows in a multi quality water distribution system is intro...
In countries suffering from chronic water shortages, water distribution systems are often operated o...
Water quality although acceptable when it leaves the source or the treatment plant may deteriorate t...
Since governments all over the world are paying more attention to water quality in water distributio...
AbstractThe advantages of applying a stochastic residential water demand scheme in a distribution ne...
In the last few years many mathematical model have been developed for the evaluation of space and ti...
The quality of drinking water generally degrades when it is delivered through a distribution system ...
Abstract: Some issues concerning the most popular practical problems encountered during modeling the...
The quality of drinking water generally degrades when it is delivered through a distribution system ...
Chlorine maintenance in distribution systems is an issue for water suppliers. The complex pipe geome...
Water storage tanks are one of the primary and most critical components of water distribution system...
A dynamic water quality model for drinking water distribution systems has been developed in this stu...
Abstract: A dynamic water quality model for drinking water distribution systems has been developed i...
A new mathematical model has been introduced (Pianese et al, 1995) to evaluate the changes, in time ...
In this paper, direct water quality modelling and the associated unsteady sensitivity equations, are...
A technique for the solution of unsteady flows in a multi quality water distribution system is intro...
In countries suffering from chronic water shortages, water distribution systems are often operated o...
Water quality although acceptable when it leaves the source or the treatment plant may deteriorate t...
Since governments all over the world are paying more attention to water quality in water distributio...
AbstractThe advantages of applying a stochastic residential water demand scheme in a distribution ne...