Kensaku IMAICHI, Eiichi TADA
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Gyroid as a novel approach to suppress vortex shedding and mitigate induced vibration. [PDF]
Berger T, Farhat M.
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Scalable intracellular delivery via microfluidic vortex shedding enhances the function of chimeric antigen receptor T-cells. [PDF]
Sytsma BJ +15 more
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Dragonfly-Wing-Inspired Bluff-Body Piezoelectric Harvester for Efficient Low-Wind-Speed Energy Harvesting. [PDF]
Zhou Z, Shang X, Xia Y, Zhu P.
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The vibration response of a cantilevered rectangular cylinder in cross-flow oscillation [PDF]
La´szlo´ Baranyi +4 more
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Three-dimensional large eddy simulation of hydrodynamics in multi-pier tandem bridge systems. [PDF]
Liang W +4 more
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A pressure-gradient mechanism for vortex shedding in constricted channels. [PDF]
Boghosian ME, Cassel KW.
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Study of aerodynamic characteristics of variable cross-section box girders under three-dimensional fluctuating wind field. [PDF]
Feng X, Jia J.
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Experimental Study on an Inclined Cylindrical Piezoelectric Energy Harvester. [PDF]
Li H, Yang C, Li W, Song R, Yang X.
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Numerical analysis of vortex shedding
This report deals with structural vibrations of wind exposed structures caused by the vortex shedding phenomena. The theory of vortex shedding and the field of study called aeroelastisity are presented. A case study of a light mast structure has been used as a study of the vortex shedding phenomena.
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