(Received?; revised?; accepted?.- To be entered by editorial office) The flapping flag instability occurs when a flexible cantilevered plate is immersed in a uniform airflow. To this day, the nonlinear aspects of this aeroelastic instability are largely unknown. In particular, experiments in the literature all report a large hysteresis loop, while the bifurcation in numerical simulations is either supercritical or subcritical with a small hysteresis loop. In this paper, this discrepancy is addressed. First weakly nonlinear stability analyses are conducted in the slender-body and two-dimensional limits, and second new experiments are performed with flat and curved plates. The discrepancy is attributed to inevitable planeity defects of the pl...
Includes bibliographical references (pages 341-361).Aeroelastic design of joined-wing configurations...
International audienceA nonlinear fluid-elastic continuum model for the dynamics of a slender cantil...
International audienceThe influence of a hysteretic damper on the airfoil flutter instability is inv...
(Received?; revised?; accepted?.- To be entered by editorial office) The flapping flag instability o...
International audienceWe address the flutter instability of a flexible plate immersed in an axial fl...
International audienceThe study of flag flutter or the vibration of flexible plates is of critical i...
New models are presented which explore the fluid-structure interaction between a cantilevered flexib...
The interaction between a flow and a flexible structure can provide fascinating insight into the vor...
The flapping flag is a canonical fluid-structure interaction problem that describes a cantilever pla...
Numerical simulations using the immersed boundary method were performed to investigate the flapping ...
We perform a global stability analysis of a flapping flag in the conventional configuration, in whic...
This paper investigates the effect of model uncertainty on the nonlinear dynamics of a generic aeroe...
The dynamics of an inverted flag are investigated experimentally in order to find the conditions und...
The dynamics of a cantilever plate clamped at its trailing edge and placed at a moderate angle (α≤30...
International audienceThe flapping of the flag is a classical model problem for the understanding of...
Includes bibliographical references (pages 341-361).Aeroelastic design of joined-wing configurations...
International audienceA nonlinear fluid-elastic continuum model for the dynamics of a slender cantil...
International audienceThe influence of a hysteretic damper on the airfoil flutter instability is inv...
(Received?; revised?; accepted?.- To be entered by editorial office) The flapping flag instability o...
International audienceWe address the flutter instability of a flexible plate immersed in an axial fl...
International audienceThe study of flag flutter or the vibration of flexible plates is of critical i...
New models are presented which explore the fluid-structure interaction between a cantilevered flexib...
The interaction between a flow and a flexible structure can provide fascinating insight into the vor...
The flapping flag is a canonical fluid-structure interaction problem that describes a cantilever pla...
Numerical simulations using the immersed boundary method were performed to investigate the flapping ...
We perform a global stability analysis of a flapping flag in the conventional configuration, in whic...
This paper investigates the effect of model uncertainty on the nonlinear dynamics of a generic aeroe...
The dynamics of an inverted flag are investigated experimentally in order to find the conditions und...
The dynamics of a cantilever plate clamped at its trailing edge and placed at a moderate angle (α≤30...
International audienceThe flapping of the flag is a classical model problem for the understanding of...
Includes bibliographical references (pages 341-361).Aeroelastic design of joined-wing configurations...
International audienceA nonlinear fluid-elastic continuum model for the dynamics of a slender cantil...
International audienceThe influence of a hysteretic damper on the airfoil flutter instability is inv...