vortex-induced
1.The prediction of vortex-induced vibration is very important for design of slender marine structures in deep water.
2.The experiment shows that the PIV technique can be utilized to measure the unsteadycomplex flow of passive vibration, and to analyse the vortex-induced vibration.
3.Primary experimental results indicate that the apparatus is capable of modeling the vortex-induced vibrations of pipeline and the sand scour around the pipeline in typical ocean environments.
4.Vortex-induced vibrations of a submarine pipeline and the concomitant scour around the pipeline with close proximity to an erodible seabed are a complex dynamic interaction between current, pipeline and seabed.
5.An experimental study on the vortex-induced vibrations of a circular cylinder was conducted to investigate the vibration of the towed-cable when the towed array sonar was dragged underwater.
8.Measurements of the AC conductivity and the Nernst effect have detected vortex-like excitations in a certain temperature range above the superconducting transition temperature T_C. Meanwhile, the measurement of susceptibility by the torque technique has also detected weak diamagnetization induced by superconducting fluctuations above T_C.
