Fractions have recently become widespread in technology and science. The current
research looked at a fractional-order fuzzy PID controller. Furthermore, the tubular heat …

This paper analyzes the performance of different controllers such as feedback, feedback
plus feed-forward and internal model controller to regulate the temperature of outlet fluid of a …

In this paper, the performance of different tuning methods of PID controller is evaluated.
Tuning of PID controller parameters is necessary due to the wide applications of controllers …

Temperature control is desirable in heat exchanger system due to fact that chemical
processing plants requires certain level of temperature for a given for a particular …

The main purpose of a heat exchanger system is to transfer heat from a hot fluid to a cooler
fluid, so temperature control of outlet fluid is of prime importance. In this paper, firstly …

Recently, the fractional calculus use has grown in engineering and science areas and been
shown being superior. In this work a fuzzy PID controller of fractional-order is considered …

The Heat exchanger is a significant system that are used in process, manufacturing and
production industries. In present days the system developed should be effective and work in …

The control of the outlet temperature of a co-current shell-and-tube heat exchanger with the
new hybrid model reference adaptive supervisory fuzzy controller (MRASFC) is presented in …

In the present work the dynamic behavior of a plate heat exchanger (PHE)(single pass
counter current consists of 24 plates) studied experimentally and theoretically to control the …

With increase in number of fuzzy membership function, fuzzy rules also get increased. The
increased number of fuzzy rules creates computational complexity, and it becomes …