Controllability analysis of plug flow nonisothermal reactors using a nonlinear model

M. E. Achhab
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Abstract

Controllability analysis and the determination of the reachable states for a nonlinear model of plug flow non-isothermal reactors with control constraints are investigated. The main results reduce this problem to the determination of the reachable states, by means of admissible controls, for the approximate linear systems. The approach is developed using a state space system framework and is based on the application of a result from coincidence of the topological degree theory. The paper also gives a procedure to generate an admissible control which steers the system to a reachable desired state.
用非线性模型分析塞流非等温反应器的可控性
研究了具有控制约束的非线性塞流非等温反应器模型的可控性分析和可达状态的确定。主要结果将该问题归结为近似线性系统的可达状态的确定,通过允许控制。该方法采用状态空间系统框架,基于拓扑度重合理论的应用。本文还给出了一个生成允许控制的程序,使系统达到可达的期望状态。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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