This study proposes a new method for optimal allocation of Treated Wastewater (TW), in
which different stakeholders, their social position in decision-making, and priority of …

In water pollution control of urban river basins, one major issue is to reduce water pollutants
at the least costs. In this research, an integrated hydrodynamic-water quality simulation …

In this study, multiphase flood waves caused by failure of silted-up dams have been
scrutinized experimentally, and efficacy of the public-domain CFD software OpenFOAM …

Comprehensive river water quality monitoring and assessment helps to identify emerging
water quality problems as well as developing sustainable water management strategies to …

In this paper, a new methodology is developed for optimal multiple-pollutant waste load
allocation (MPWLA) in rivers considering the main existing uncertainties. An interval …

This study proposes a fuzzy multi-stakeholder socio-optimal methodology for joint water and
waste load allocation (WWLA) in river systems while addressing upstream flow uncertainty …

This paper develops a multi-objective conflict resolution simulation-optimization model
based on a leader-follower game to resolve conflicts between different water users while …

In the present paper, a scenario-based many-objective optimization model is developed for
the spatio-temporal optimal design of reservoir water quality monitoring systems considering …

Integrated water resources management aims to simultaneously solve water shortage and
contamination problems by considering economic, social, and environmental criteria. To that …

Recognizing the vulnerable areas for contamination is a feasible way to protect groundwater
resources. The main contribution of the paper is developing a hybrid statistical decision …