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Archive | 2009

Fundamentals and applications of modern flow control

Ronald D. Joslin; Daniel N. Miller

Flow control technologies have been used in the past century to control fluid flows. This text presents the current state of the art in emerging modern flow control technologies and highlights the application of these technologies to aerospace platforms. Initial chapters introduce the fundamentals of modern flow control, including basic concepts, terminology, history, flow physics, actuators, sensors, modeling/simulation, and instability and control theories. Applications of flow control to current and next-generation air vehicle systems, including fixed wing airfoils, turbomachinery, combustion, aeroacoustics, vehicle propulsion integration, and rotorcraft are discussed. This text is an excellent introduction to the wide-ranging uses of modern flow control.


Archive | 2009

Dynamic and Closed-Loop Control

Ronald D. Joslin; Daniel N. Miller


Archive | 2009

Fixed Wing Airfoil Applications

Ronald D. Joslin; Daniel N. Miller


Archive | 2009

Flow Control Terminology

Ronald D. Joslin; Daniel N. Miller


Archive | 2009

Role of Instability Theory in Flow Control

Ronald D. Joslin; Daniel N. Miller


Archive | 2009

Brief History of Flow Control

Ronald D. Joslin; Daniel N. Miller


Archive | 2009

Physical Concepts Underlying the Development and Application of Active Flow Control

Ronald D. Joslin; Daniel N. Miller


Archive | 2009

Aeroacoustics of Flow Control

Ronald D. Joslin; Daniel N. Miller


Archive | 2009

Flow Control for Rotorcraft Applications

Ronald D. Joslin; Daniel N. Miller


Archive | 2009

Modeling and Simulation

Ronald D. Joslin; Daniel N. Miller

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