The Proceedings of the Dynamics & Design Conference
Online ISSN : 2424-2993
2010
Session ID : 258
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258 A Real-Time Hybrid Experimental Technique for Air Fluid Oscillation Phenomenon and Its Application : Part2 Experimental Results and Application of this Experimental Technique
Masayuki NISHIMakoto KANDAToru WATANABEMasahiro WATANABEHidekazu TANAKA
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Abstract
In the part 2, in order to verify and demonstrate the application of NHAT, two simulations are performed. First, the aerodynamic vibration of a square prism on a single-degree-of freedom elastic model is simulated in three-dimensional flow. Then, the air pressure field acting on the model is analyzed by means of the Proper Orthogonal Decomposition. Second, the aerodynamic vibration of a square prism is simulated using a multi-degree-of freedom elasto-plastic model. These simulations prove the broad applicability of NHAT. In additional, it is discussed whether NHAT can simulate the vibration of structures in liquid sodium even under in air flow or not.
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© 2010 The Japan Society of Mechanical Engineers
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