Add to ORKGFlutter is an aerolastic phenomenon that makes structures oscillate when surrounded by a moving fluidum. Flutter can lead to fatigue and/or failure on the wings, flaps and fuselage of an airplane. Laborious testing needs to be don
Experience has shown that aircraft structures are generally affected by structural nonlinearities. T...
A methodology is presented to calculate the response of a wing as well as the aerodynamic forces on ...
International audienceWe present an experimental study which shows that the mechanism known as trans...
Flutter and other aeroelastic instability phenomena have had a significant influence on airplane dev...
A simple nonlinear aeroelastic flutter analysis method was developed. The aerodynamic forces were mo...
AbstractEvery object has its own natural frequency when the frequency of a source is equal to the ob...
The author examines nonlinear aeroelastic behavior. The effort includes both analyses and experiment...
Flight flutter testing is always carried out under the assumption that aircraft are linear. Recentl...
The aeroelastic behaviour of a wing oscillating in the heave and pitch degrees of freedom is examine...
The aero-mechanical phenomenon known as prop-whirl flutter has been blamed for a number of aircraft ...
The objective of this work is to investigate the dynamic behaviour of aero-elastic vibrations in the...
The nonlinear aspects that lead to the flutter of an High-Speed Civil Transport (HSCT) Flexible Semi...
Aeroelasticity is the discipline of the aeronautical engineering that studies the vibration of the a...
Modal testing is often employed in the determination of natural frequencies and damping levels in ai...
Flutter analyses and tests are the major items in flight certification efforts required when a new a...
Experience has shown that aircraft structures are generally affected by structural nonlinearities. T...
A methodology is presented to calculate the response of a wing as well as the aerodynamic forces on ...
International audienceWe present an experimental study which shows that the mechanism known as trans...
Flutter and other aeroelastic instability phenomena have had a significant influence on airplane dev...
A simple nonlinear aeroelastic flutter analysis method was developed. The aerodynamic forces were mo...
AbstractEvery object has its own natural frequency when the frequency of a source is equal to the ob...
The author examines nonlinear aeroelastic behavior. The effort includes both analyses and experiment...
Flight flutter testing is always carried out under the assumption that aircraft are linear. Recentl...
The aeroelastic behaviour of a wing oscillating in the heave and pitch degrees of freedom is examine...
The aero-mechanical phenomenon known as prop-whirl flutter has been blamed for a number of aircraft ...
The objective of this work is to investigate the dynamic behaviour of aero-elastic vibrations in the...
The nonlinear aspects that lead to the flutter of an High-Speed Civil Transport (HSCT) Flexible Semi...
Aeroelasticity is the discipline of the aeronautical engineering that studies the vibration of the a...
Modal testing is often employed in the determination of natural frequencies and damping levels in ai...
Flutter analyses and tests are the major items in flight certification efforts required when a new a...
Experience has shown that aircraft structures are generally affected by structural nonlinearities. T...
A methodology is presented to calculate the response of a wing as well as the aerodynamic forces on ...
International audienceWe present an experimental study which shows that the mechanism known as trans...