University at Buffalo 3 credits Mechanical & Aerospace Engr
This course introduces methods for low-order and reduced-order modeling of fluid flows for the purposes of estimation and control. Basic estimation theory as well as linear control methods are presented are presented for estimation and interaction with the flows through sensor and actuator models. Relevant systems theory tools such observability and controllability aid in optimal and actuator placement. Examples are drawn from aerodynamic applications; however, the conceptual tools are directly applicable across other fluid-flow systems, including internal and external flows in various flow regimes, as well as physical length scales.
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