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PARAMETER IDENTIFICATION AND CONTROL OF A SHELL AND TUBE HEAT EXCHANGER

机译:壳管式换热器的参数辨识与控制

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In this work, we discuss about the process parameter identification and control of a Counter Flow Shell and Tube Heat Exchanger using Recursive Least Square Algorithm(RLS) and Self Turning controller respectively. Here, we model the process with the help of experimental data using RLS Algorithm. Then an ST controller which comes under adaptive controller is used to control the process. With the help of STC, the tube outlet temperature is controlled by adjusting the flow of cold fluid through the shell side. In conventional way a PID controller is also tuned, and the performance is compared with STC using MATLAB simulations.
机译:在这项工作中,我们讨论分别使用递归最小二乘算法(RLS)和自转控制器对逆流壳管式换热器进行过程参数识别和控制。在这里,我们使用RLS算法借助实验数据对过程进行建模。然后使用自适应控制器下的ST控制器来控制过程。在STC的帮助下,通过调节通过壳体侧的冷流体的流量来控制管子出口温度。以常规方式,还可以对PID控制器进行调整,并使用MATLAB仿真将性能与STC进行比较。

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