Aerodynamics of Flexible Plates in Subsonic Channel Flows

スポンサーリンク

概要

• 論文の詳細を見る

• The present paper gives a computational method for the flutter analysis of rigid and soft plates placed in two-dimensional subsonic channel flow, using the conversion of the series of the Hankel functions into that of the exponential functions. The computations were carried out for the cases of (a) single or two-in-tandem rigid plates oscillating at arbitrary positions and (b) a soft plate oscillating on channel axis with standing-or travelling wave mode. The results obtained are in good agreement with those for the wind-tunnel wall effects, and show that the flutter is apt to be suppressed by the wall effect but may be caused by the interference between the plates lined in tandem and the flexibility of a soft plate.

著者

• Tanida Yoshimichi

  Department of Prime Mover Engineering, School of Engineering, Tokai University

• Tanida Yoshimichi

  Department Of Mechanical Engineering Tokai University

関連論文

• Stability of a Soft Plate in Channel Flow : Aerodynamic Aspects of Palatal Flutter
• Aerodynamics of Flexible Plates in Subsonic Channel Flows
• A Computational Analysis of Gas Transport in Respiratory Network
• Pendelluft Effect on Gas Exchange in High-Frequency Ventilation
• Pendelluft Effect on Gas Exchange in High-Frequency Ventilation

スポンサーリンク