Continuous stirred tank reactor the simulation results show that the proposed control configuration with type 2 flcs can be an effective solution to a very difficult control problem and an alternative to the use of adaptive controllers mathematical modeling of the continuous stirred tank reactor. Continuous stirred tank reactor cstr the cstr is one example of many reactor designs that are used in chemical engineering and it is to be said as a common ideal reactor type 3 fuzzy logic is a type of approximate reasoning that uses the multi valued logic fuzzy logic is commonly applied in machinery control. A control system that uses type 2 fuzzy logic controllers flc is proposed for the control of a non isothermal continuous stirred tank reactor cstr where a first order irreversible reaction occurs and that is characterized by the presence of bifurcations. Through simulation study by using matlab it has been shown that the proposed fuzzy logic controller has given an excellent tracking and regulation performance compared to that of the pid control system keywords mathematical modeling of continuous stirred tank reactor matlab simulation fuzzy logic pid controller. Fuzzy logic control of continuous stirred tank reactor designed the fuzzy logic controller for a continuous stirred tank reactor the simulation study fuzzy logic control is developed and
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