Synergistic integration of multiphysics modelling and control engineering paradigms : a novel approach to dynamic algorithm formulation

In contemporary control engineering, the nuanced amalgamation of multiphysics models into efficacious control frameworks remains a sophisticated challenge. This research endeavor was orchestrated to devise methodologies that adeptly transpose the stationary solutions inherent in 1D and 2D multiphysics models into dynamic control system models, with a specific inclination towards platforms such as Simulink. Concurrently, we embarked on the formulation of multiphysics models designed to seamlessly dovetail with advanced observer systems. These models allow to continuously estimate system states that enables the control engineer to increase reaction time based on model prediction. A paradigmatic and quintessential project will be elucidated during the presentation, serving as a testament to the enhanced capabilities engendered by this novel integration of multiphysics-modelling within control algorithm schematics.