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THERMODYNAMIC PREDICTIVE FUNCTIONAL CONTROL APPLIED TO CSTR WITH JACKET SYSTEM

机译:热力学预测功能控制应用于CSTR夹克系统

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The objective is to control the internal temperature of a continuous stirred tank reactor (CSTR) with jacket and analyze the potentiality that offers manipulating the thermodynamic conditions of the coolant flow. In this paper four predictive functional control (PFC) strategies are analyzed, two of them are conventionally structured by manipulating flow in one case and temperature of the jacket coolant in the other. The other two manipulate the enthalpic conditions of the coolant in a cascade form by setting flow and temperature optimally. The servo and regulator problem are analyzed including an statistical economic studio for defining the best control structure.
机译:该目的是用夹套控制连续搅拌罐反应器(CSTR)的内部温度,并分析提供操纵冷却剂流动热力学条件的潜力。在本文中,分析了四种预测功能控制(PFC)策略,其中两个是通过操纵在另一个壳体冷却剂的一个壳体中的流动和夹克冷却剂的温度来构造的。另外两个通过最佳地设置流动和温度来操纵级联形式的冷却剂的焓条件。分析伺服和调节器问题,包括一个统计经济工作室,用于定义最佳控制结构。

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