The crossflow filtration process differs of the conventional filtration by presenting the circulation flow tangentially to the filtration surface. The conventional mathematical models used to represent the process have some limitations in relation to the identification and generalization of the system behavior. In this paper, a system based on fuzzy logic systems is developed to overcome the problems usually found in the conventional mathematical models. Imprecisions and uncertainties associated with the measurements made on the system are automatically incorporated in the fuzzy approach. Simulation results are presented to justify the validity of the proposed approach
In this study, a simplified fuzzy logic system with uniform partitions in the input space is propose...
Most of the process control technique is suffered by the complex dynamic systems with nonlinear or t...
In this study, a simplified fuzzy logic system with uniform partitions in the input space is propose...
The crossflow filtration process differs of the conventional filtration by presenting the circulatio...
The crossflow filtration process differs of the conventional filtration by presenting the circulatio...
A fuzzy logic model was constructed to predict hydraulic jump aeration efficiency. Fuzzy subsets and...
This paper uses fuzzy logic-based models to predict and evaluate the performance of multimedia filte...
The use of fuzzy logic for the real-time control of flows in a combined sewer system is examined in...
In an attempt to facilitate the diagnosis of the various factors that affect water quality and predi...
AbstractA fuzzy-logic-based diagnosis system was developed to determine the primary treatment efflue...
Based on mass transfer phenomena, fuzzy logic developed in this study established relations between ...
This study aims at proposing novel approaches for integrating qualitative flow observations in a lum...
The propagation of large scale floodwaters through complex environmental systems cannot be uniquely ...
This paper introduces a fuzzy rule-based model to estimate runoff in a tropical watershed using the ...
The understanding of sediment transport with fluid in pipes is one of the important issues in hydrau...
In this study, a simplified fuzzy logic system with uniform partitions in the input space is propose...
Most of the process control technique is suffered by the complex dynamic systems with nonlinear or t...
In this study, a simplified fuzzy logic system with uniform partitions in the input space is propose...
The crossflow filtration process differs of the conventional filtration by presenting the circulatio...
The crossflow filtration process differs of the conventional filtration by presenting the circulatio...
A fuzzy logic model was constructed to predict hydraulic jump aeration efficiency. Fuzzy subsets and...
This paper uses fuzzy logic-based models to predict and evaluate the performance of multimedia filte...
The use of fuzzy logic for the real-time control of flows in a combined sewer system is examined in...
In an attempt to facilitate the diagnosis of the various factors that affect water quality and predi...
AbstractA fuzzy-logic-based diagnosis system was developed to determine the primary treatment efflue...
Based on mass transfer phenomena, fuzzy logic developed in this study established relations between ...
This study aims at proposing novel approaches for integrating qualitative flow observations in a lum...
The propagation of large scale floodwaters through complex environmental systems cannot be uniquely ...
This paper introduces a fuzzy rule-based model to estimate runoff in a tropical watershed using the ...
The understanding of sediment transport with fluid in pipes is one of the important issues in hydrau...
In this study, a simplified fuzzy logic system with uniform partitions in the input space is propose...
Most of the process control technique is suffered by the complex dynamic systems with nonlinear or t...
In this study, a simplified fuzzy logic system with uniform partitions in the input space is propose...