Simulation and control of fluid dynamics systems in moving geometries

Complex flows in industry and bioengineering often entail moving geometries and immersed surfaces, and their modeling in an accurate and efficient way. The present talk will discuss about the numerical modeling of such systems, with applications in the control of an inkjet printing process and the study of cardiac hemodynamics. Regarding the latter, a computational pipeline will be presented, integrating the mathematical model with patient-specific diagnostical imaging data.

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