2002The proceedings of the JSME annual meetingOpen access

Study on phase relationship of a cylinder with a splitter plate in wake

Masaya Kondo, Yoshinari Anoda

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Abstract

Flow-induced oscillation tests with a splitter plate in the wake were performed to estimate the range of the wake that affects the oscillation of cylinder. The test results show that the wake down to L/D∿2.6(L : distance between the cylinder and the plate, D : cylinder diameter) affects the averaged amplitude of the inline oscillation at the 2nd unstable region. The wake affected the relationship between the phases of the in-line displacement and the force induced by vortices.

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Flow-induced oscillation tests with a splitter plate in the wake were performed to estimate the range of the wake that affects the oscillation of cylinder. The test results show that the wake down to L/D∿2.6(L : distance between the cylinder and the plate, D : cylinder diameter) affects the averaged amplitude of the inline oscillation at the 2nd unstable region. The wake affected the relationship between the phases of the in-line displacement and the force induced by vortices.

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Available abstract

Flow-induced oscillation tests with a splitter plate in the wake were performed to estimate the range of the wake that affects the oscillation of cylinder. The test results show that the wake down to L/D∿2.6(L : distance between the cylinder and the plate, D : cylinder diameter) affects the averaged amplitude of the inline oscillation at the 2nd unstable region. The wake affected the relationship between the phases of the in-line displacement and the force induced by vortices.

Key concepts: Wake, Splitter plate, Oscillation (cell signaling), Cylinder, Amplitude, Physics, Vortex, Mechanics

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