This paper presents a review of research done to-date on the dynamics of cylindrical structures immersed in axially flowing fluid. The dynamics of a flexible cylinder supported at its extremities or cantilevered is recalled first; at low flow velocities the cylinder is subjected to flow-induced damping, but at sufficiently high flow velocities to fluid-elastic instabilities: static divergence and flutter. Then, the dynamics of very long cylinders, unconventionally supported and towed cylinders is discussed, as well as cantilevered cylinders in reverse flow, extruding-deploying cylinders, cylindrical structures simultaneously subjected to internal and external axial flows, articulated and clustered cylinders in axial flow.

本文回顾了迄今为止对浸入轴向流动流体中的圆柱形结构的动力学研究。首先回忆在其四肢支撑或悬臂的柔性圆柱体的动力学；在低流速下，圆柱体会受到流动诱导的阻尼，但在足够高的流速下会产生流体弹性不稳定性：静态发散和颤振。然后，讨论了超长圆柱体、非常规支撑和牵引圆柱体以及逆流中的悬臂式圆柱体、挤压展开式圆柱体、同时受到内外轴流作用的圆柱结构、轴流中的铰接式和簇状圆柱体的动力学。