Log In    |    Join IASS    |    Online Journal    |    Proceedings    |    Directory    |    Events    |    News

On-line Journal of the IASS

Vol. 58 (2017) No. 2 June n. 192

The Wind Response of Double Layer Membrane Gas Holders when Considering the Effect of FSI

< Table of Contents for Vol. 58 (2017) No. 2 June n. 192
  • Journal Name: Journal of the International Association for Shell and Spatial Structures (J. IASS)
  • ISSN: (Electronic Version) 1996-9015
  • ISSN: (Print Version) 1028-365X
  • Issue: Vol. 58 (2017) No. 2 June n. 192
  • Pages: 125-135
  • Title: The Wind Response of Double Layer Membrane Gas Holders when Considering the Effect of FSI
  • Author(s): Y. He and J. Shen
  • DOI Name: https://doi.org/10.20898/j.iass.2017.192.783
  • Keywords: Inflatable membrane structure, fluid-structure interaction, aero-elastic effect, dynamic instability, gas holders
This paper analyses inflatable membrane gas holders’ wind effect under the exponential wind speed profile flow. The internal gas is considered as ideal gas, while the external air is considered as an incompressible fluid. A partitioned scheme is used for this simulation, namely the structure domain and fluid domain were simulated by the commercial software FLUENT and ABAQUS respectively, and the coupling between the fluid and structure is accomplished by use of a method with real-time transmission between fluid dynamic loads and structure response data based on the commercial software MpCCI. Results show that structural unstability occurs when considering the effect of fluid-structure interaction(FSI) under certain wind speed, but the structure is stable when not considering this effect. The inflatable membrane gas holder structure has obvious aero-elastic effects under wind loads, therefore fluid-structure interaction should be considered during the wind-induced vibration analysis.

Read the complete article (pdf)
© IASS All rights reserved.
IASS · CEDEX - Laboratorio Central de Estructuras y Materiales · C/ Alfonso XII, 3 · 28014 Madrid, Spain     tel. 34 91 335-7409; fax: 335-7422
Site Design & Programming
by World Design Group, Inc.