Nonlinear Adaptive Control and Stabilization of Turbulent Flow

本课题的目标是探索非线性自适应控制与稳定在粘性流动现象中的应用。目标包括减少阻力和噪音，控制分离、过渡和湍流。自适应和鲁棒控制方法将应用于实际流动情况，并将通过仿真进行验证。控制将通过兼容的墙壁技术来完成。该软件将为航空航天工业开发先进的航天飞行器提供参考。

The goal of this project is to explore the application of nonlinear adaptive control and stabilization to viscous flow phenomena. The objectives include drag and noise reduction, and control of separation, transition, and turbulence. Adaptive and robust control methods will be applied to practical flow situations and will be validated via simulations. The control will be accomplished via compliant wall techniques. The resulting software will be useful to aerospace industry for the development of advanced aerospace vehicles.