Fluid-Structure Interactions in Low-Reynolds-Number Flows Camille Duprat
Publisher: Royal Society of Chemistry, The

Fluid-structure interaction method was adopted in the numerical simulation for the and response between flow field and structure of the segmented flexible airfoils. In the lock-in regime and for the low Reynolds number, one. The interaction of fluid flow with rigid body systems is often found in many areas of civil,. Authors: Gursul, I.; Cleaver, D. Control of low Reynolds number flows by means of fluid–structure interactions. German Keywords: fluid-structure interaction, vortex-induced vibration, cylinder. A fluid–structure interaction (FSI) system is studied wherein a cantilevered flexible of two circular cylinders in tandem with shear flow at low Reynolds number. Arbitrary axisymmetric steady streaming: Flow, force and propulsion Pak and E. Title: Control of low Reynolds number flows by means of fluid-structure interactions. Title: Large-Scale Numerical Simulation of Fluid Structure Interactions in Low Reynolds Number Flows. Flexible-membrane airfoils at low Reynolds numbers. (2015) Propulsive performance of a passively flapping plate in a uniform flow. The interaction of fluids and structures is an area of tremendous activity, most notably for low Reynolds number flows which are described by the Stokes equations. Numerical simulations of fluid flows interacting with dynamically moving boundaries are amongst tools to study fluid structure interaction problems (see [6] for a recent review). Fluid-structure interactions for flexible and rigid tandem-wings at low Reynolds of 1.5 chord lengths at 30° angle of attack and Reynolds number 100,000. Authors: Eken, Ali; Sahin, Mehmet. LOW REYNOLDS NUMBERS: THE LOCK-IN PHENOMENON.