Reduced-Order Modeling of Continuous-Time State-Space Unsteady Aerodynamics

Developing the Model Reduction Framework in High Frame Rate Visual Tracking Environment

“…Gillebaart and de Breuker [28] has tabulated and reviewed the four most popular model order reduction to solve unsteady aerodynamics state-space. In another paper by Besselink et al [29], few other methods are presented and reviewed for its application in structural dynamics, numerical computation, and in control.…”

“…The two papers provide the methods of model order reduction, these are: bounds the balanced realization error of BPOD, needs to be fine-tuned. The error margin tuning makes the method less robust, while POD does not guarantee the stability of its true state-space [28]. The BT method is very robust in characteristics as the method requires no input other than the required order of the ROM; this makes the method one of the most widely used model reduction methods.…”