منابع مشابه
Development and Application of Multiobjective Fuzzy Waste Load Allocation Model
Water quality management though a very important part of overall water resources management programs is also unfortunately given the last priority among all the other objectives like water supply for irrigation, drinking purpose, hydropower, flood mitigation etc. In the present paper a multiobjective waste load allocation (MOWLA) model has been developed. Though there are many MOWLA models with...
متن کاملwaste load allocation in sefidrud using water quality trading
water quality trading (wqt) is a novel framework for surface water quality management. this research studies the optimal waste load allocation (wla) in regard based on bod parameter in downstream of sefidrud river. for this purpose, the river is simulated by qual2kw software and the total maximum daily loads (tmdls) required are determined. the impact factors of pollutes are also specified usin...
متن کاملwaste load allocation for sub-basins of amir kabir dam reservoir using qual2k model
amir kabir dam was built in varian strait, at 23 km north of karaj in 1961. the dam is multipurpose and its maim aims are the spring floods control, supplying potable water for tehran city, producing electricity and providing irrigation water. different pollutants which discharge to the river finally enter to the dam reservoir. determining the pollution loads of the dam sub-catchments can help ...
متن کاملWaste load allocation using non-dominated archiving multi-colony ant algorithm
The optimal Waste Load Allocation (WLA) problem, in general, is a mathematical model incorporating a water quality simulator within the framework of multi objective optimization. The goals are defined as to improve the water quality and minimize the total treatment cost of dischargers. The fraction removal levels of the dischargers are the decision variables. This paper explores the capabilitie...
متن کاملControl Allocation with Load Balancing
Next generation aircraft with a large number of actuators will require advanced control allocation methods to compute the actuator commands needed to follow desired trajectories while respecting system constraints. Previously, algorithms were proposed to minimize the l1 or l2 norms of the tracking error and of the actuator deflections. The paper discusses the alternative choice of the l∞ norm, ...
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ژورنال
عنوان ژورنال: Ecological Modelling
سال: 1990
ISSN: 0304-3800
DOI: 10.1016/0304-3800(90)90056-m