Most of the chemical reaction engineering optimization problems encounters more than one objective functions. A considerable amount of research has been reported on the multiobjective optimization of various chemical reactors using various non-dominated sorting genetic algorithms. This is reviewed in this paper. The introduction of the topic is given at the beginning, followed by the description of multi-objective optimization and Pareto set. We have then discussed various non-dominated sorting genetic algorithms and its applications in chemical reaction engineering. Some comments are also made on the future research direction in this area
Multiobjective optimization involves the simultaneous optimization of more than one objective functi...
The present work deals with the multi-objective optimization of an industrial Isoprene production un...
Among numerous multi-objective optimization algorithms, the Elitist non-dominated sorting genetic al...
Most of the chemical reaction engineering optimization problems encounters more than one objective f...
The nondominated sorting genetic algorithm (NSGA) is adapted and used to obtain multiobjective Paret...
Abstract Modern engineering problems are often composed by objectives that must be taken into accoun...
Chemical engineering processes are frequently composed of multiple complex phenomena. These systems ...
This work deals with multiobjective optimization problems using Genetic Algorithms (GA). A MultiObje...
The optimal design of a multiproduct batch chemical plant is formulated as a multiobjective optimiza...
Many optimal control problems are characterized by their multiple performance measures that are ofte...
The optimal design of a multiproduct batch chemical plant is formulated as a multiobjective optimiza...
Multiobjective optimization of an industrial third-stage, wiped-film poly(ethylene terephthalate) re...
Multiobjective optimization of an industrial third-stage, wiped-film poly(ethylene terephthalate) re...
Many optimal control problems are characterized by their multiple performance measures that are ofte...
Many optimal control problems are characterized by their multiple performance measures that are ofte...
Multiobjective optimization involves the simultaneous optimization of more than one objective functi...
The present work deals with the multi-objective optimization of an industrial Isoprene production un...
Among numerous multi-objective optimization algorithms, the Elitist non-dominated sorting genetic al...
Most of the chemical reaction engineering optimization problems encounters more than one objective f...
The nondominated sorting genetic algorithm (NSGA) is adapted and used to obtain multiobjective Paret...
Abstract Modern engineering problems are often composed by objectives that must be taken into accoun...
Chemical engineering processes are frequently composed of multiple complex phenomena. These systems ...
This work deals with multiobjective optimization problems using Genetic Algorithms (GA). A MultiObje...
The optimal design of a multiproduct batch chemical plant is formulated as a multiobjective optimiza...
Many optimal control problems are characterized by their multiple performance measures that are ofte...
The optimal design of a multiproduct batch chemical plant is formulated as a multiobjective optimiza...
Multiobjective optimization of an industrial third-stage, wiped-film poly(ethylene terephthalate) re...
Multiobjective optimization of an industrial third-stage, wiped-film poly(ethylene terephthalate) re...
Many optimal control problems are characterized by their multiple performance measures that are ofte...
Many optimal control problems are characterized by their multiple performance measures that are ofte...
Multiobjective optimization involves the simultaneous optimization of more than one objective functi...
The present work deals with the multi-objective optimization of an industrial Isoprene production un...
Among numerous multi-objective optimization algorithms, the Elitist non-dominated sorting genetic al...