23/7/2014    11:00 - 13:00
Fluid-Structure Interaction Algorithms and Applications III
Minisymposium organized by Jonathan Pitt and Scott Miller 		Room: Sala B2
MS062C
Chair: Jonathan Pitt
Fluid-structure interaction analysis of vibration phenomena and verification of its classification and prediction accuracy using modular network self-organizing map
Masato Masuda, Yasushi Nakabayashi and Yoshiaki Tamura

Multi-Physics Coupling Method and Applications of Fluid-Structure Interaction on LNG Storage Tanks
Ximei Zhai, Haosong Wang and Feng Fan

Numerical analysis of flow-induced vibration of two circular cylinders in tandem at low Reynolds numbers
Paulo R.F. Teixeira and Eric Didier

Resonance-like phenomena in submerged cylindrical shell systems subjected to multiple shock loads
Serguei Iakovlev, Christoph Buchner, Ben Thompson and Adrien Lefieux

The Comparison of the Experimental Result with the Numerical Analysis using the New Coupled Analysis Method based on the Enriched Free Mesh Method and the SUPG/PSPG Stabilized Finite Element Method
Shinsuke Nagaoka, Yasushi Nakabashi, Yoshiaki Tamura and Genki Yagawa