Sensing and control of aerodynamic separation by mems

Gwo-Bin Lee; Adam Huang; Chih-Ming Ho; Fukang Jiang; Charles Grosjean; Yu-Chong Tai

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Sensing and control of aerodynamic separation by mems

Journal article

Peer reviewed

Sensing and control of aerodynamic separation by mems

Gwo-Bin Lee, Adam Huang, Chih-Ming Ho, Fukang Jiang, Charles Grosjean and Yu-Chong Tai

Journal of Mechanics, Vol.16(1), pp.45-52

2000

Abstract

Active flow control

MEMS

Micro actuators

Micro shear stress sensors

During the last decade, we have applied MEMS-based transducers to develop a technology for maneuvering aircraft by sensing and controlling the separation around the leading edge of a delta wing. In this paper, we will summarize our experience of this endeavor.

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Title: Sensing and control of aerodynamic separation by mems
Creators - without role: Gwo-Bin Lee - National Cheng Kung University
Adam Huang - Department of Mechanical and Aerospace Engineering , University of California
Chih-Ming Ho - Department of Mechanical and Aerospace Engineering , University of California
Fukang Jiang - Department of Electrical Engineering , California Institute of Technology
Charles Grosjean - Department of Electrical Engineering , California Institute of Technology
Yu-Chong Tai - Department of Electrical Engineering , California Institute of Technology
Publication Details: Journal of Mechanics, Vol.16(1), pp.45-52
Identifiers: 9957767148906774
Academic Unit: Institute of Biomedical Engineering, College of Engineering, National Tsing Hua University
Language: English
Resource Type: Journal article

Sensing and control of aerodynamic separation by mems

Abstract

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