Published Paper Details:

Liquid flow control is a vital requirement in many industrial processes. This essay compares the proportional derivative controller, the traditional PID controller, and the fuzzy logic controller for fluid flow. This study compares the performance of proportional derivative, conventional PID controllers, and fuzzy logic controllers using MATLAB. The comparison of various time domain parameters shows that the fuzzy logic controller performs more quickly and with less overshoot than PID and PD controllers. The most used control approach in industry is the PID controller. PID controllers' widespread use can be attributed in part to their dependable performance and in part to how straightforward their functional design is. The oscillating behaviour of the PID controller in this study harms the system. However, the fuzzy logic controller's response is free of these risky oscillations during the transient phase. As a result, the fuzzy logic controller is superior to the PID controller that is typically utilized.