2. Model-based analysis of transfer phenomena
Beyond the modeling aspects already presented in the previous section, the aim of this article is to present stability analysis methods for transport phenomena. For the sake of readability, this entire section will be devoted to a very simple model, consisting of a single nominal transport equation (see the crystallization model in section 1.2.2 ):
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Model-based analysis of transfer phenomena
Feedback stabilization
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Generally speaking, the numerical tool used to synthesize control laws for partial differential equations (PDEs) is MATLAB with the Simulink module. Specialized tools include COMSOL Multiphysics, ANSYS, and other numerical modeling and simulation environments.
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