AbstractThe temperature controller is an important part of the control system design of the crude oil heating furnace. the traditional PID control is usually used in temperature control, but it can not effectively overcome the impact by the interference, load change and the parameters change of system and other factors. Based on the relationship between rules factor α and the error E , meanwhile, taking into account the change of error r rate EC, the temperature controller is designed adaptive fuzzy control with variable slope. It greatly enhances the robustness of the system. By field application, works well
Targeting at the problem of slow response and low accuracy of the automatic temperature control syst...
Liquid flow control systems are often used in some industrial processes. One of the problems is the ...
Abstract—Industrial heating furnace has a great deal of special characteristics such as big capacity...
AbstractThe temperature controller is an important part of the control system design of the crude oi...
In many control applications, it has always been a challenge to the control engineer to control comp...
In this paper, we present the design of temperature control for industrial heat treating furnace by ...
This work presents a novel technique to maintain temperature of a furnace using Fuzzy Logic. The f...
In industrial applications it is quite essential to maintain and control the temperature of furnaces...
This paper presents a fuzzy logic controller approach for controlling heat exchanger temperature. Fu...
AbstractIn order to apply Fuzzy PID control theory in thermoforming machine, people must make discou...
Aiming at the characteristics of a certain thermostat control system such as non-linear and time var...
AbstractLiquid fuels like furnace oil are predominantly used in industrial application. Viscosity is...
Heating systems are a necessity for regions which brace extreme cold weather throughout the year. To...
This research proposed a closed-loop temperature control using a self-tuning fuzzy fractional-order ...
A closed-loop control system incorporating fuzzy logic has been developed for a class of industrial ...
Targeting at the problem of slow response and low accuracy of the automatic temperature control syst...
Liquid flow control systems are often used in some industrial processes. One of the problems is the ...
Abstract—Industrial heating furnace has a great deal of special characteristics such as big capacity...
AbstractThe temperature controller is an important part of the control system design of the crude oi...
In many control applications, it has always been a challenge to the control engineer to control comp...
In this paper, we present the design of temperature control for industrial heat treating furnace by ...
This work presents a novel technique to maintain temperature of a furnace using Fuzzy Logic. The f...
In industrial applications it is quite essential to maintain and control the temperature of furnaces...
This paper presents a fuzzy logic controller approach for controlling heat exchanger temperature. Fu...
AbstractIn order to apply Fuzzy PID control theory in thermoforming machine, people must make discou...
Aiming at the characteristics of a certain thermostat control system such as non-linear and time var...
AbstractLiquid fuels like furnace oil are predominantly used in industrial application. Viscosity is...
Heating systems are a necessity for regions which brace extreme cold weather throughout the year. To...
This research proposed a closed-loop temperature control using a self-tuning fuzzy fractional-order ...
A closed-loop control system incorporating fuzzy logic has been developed for a class of industrial ...
Targeting at the problem of slow response and low accuracy of the automatic temperature control syst...
Liquid flow control systems are often used in some industrial processes. One of the problems is the ...
Abstract—Industrial heating furnace has a great deal of special characteristics such as big capacity...