Coupled Cross-flow and In-line Vortex-induced Vibration of Elastic Cable SystemsUniversity of Michigan., 2001 |
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Contents
DEDICATION | 9 |
LIST OF TABLES | 14 |
THEORETICAL CABLE AND UNCOUPLED FLUID MOD | 27 |
Copyright | |
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amplitude modulation antinode buoy mass cable displacement cable parameter cable suspension cable-buoy system Chapter circular cylinder coupled slow cross-flow amplitude cross-flow and in-line cross-flow mode cross-flow response cross-flow vibration cross-flow VIV damping ratio dashed line denotes direct numerical direct numerical simulation elastic cable equations of motion equilibrium configuration equilibrium tension Fast Dynamics flow velocity Flow-Induced Vibration fluid forces Fluid Mechanics fluid velocity Fluids and Structures functions of reduced hysteresis illustrated in Figure in-line and cross-flow in-line response in-line VIV In-plane natural frequency Journal of Fluids lift and drag lift coefficient linear cable model lock-in range mean drag coefficient mode shapes natural frequency Navier-Stokes equation numerical integration oscillations peak-to-peak periodic solutions phase difference Poincaré map predicted quadratic ratio reduced velocity Reynolds number scale Skop slow and fast Strouhal tangential mode tangential response uncoupled vibration amplitude vibration mode vortex shedding frequency Vortex-Induced Vibration vortices w₁ wake wake-oscillator model z₁