Examples of 'aeroelastic' in a sentence
Meaning of "aeroelastic"
aeroelastic (adjective) - Aeroelastic refers to the study of the interaction between aerodynamic forces and the structural dynamics of an object, such as an aircraft or a bridge. It is used to describe the behavior of flexible structures under aerodynamic loads
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- Of or pertaining to aeroelasticity
How to use "aeroelastic" in a sentence
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aeroelastic
Dynamic and aeroelastic behaviour of guy cables.
It was also used for stability analysis and aeroelastic simulations.
Aeroelastic flutter produces hummingbird feather songs.
Effects on aeroelastic stability.
Aeroelastic and aeroacoustic studies of aerofoils for large machines.
Relieving the tensile pressure on the cable triggered aeroelastic flutter.
There is a risk of aeroelastic excitation of the blades involved.
The validation of the system performance is made with aeroelastic simulations of a.
This aeroelastic divergence can quickly lead to structural failure.
The first flap is not designed to anticipate aeroelastic effects in flight.
Tail and tailboom aeroelastic analyses for a light conceptual seaplane.
Optimization is done for the forced response while keeping a sufficient aeroelastic stability margin.
Dynamic and aeroelastic stabilities of aeronautical structures have a fundamental importance in engineering design.
The third point concerns the resolution of aeroelastic forced response problems.
Aeroelastic testing conducted for this project was used to break new ground in bridge aerodynamics.
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The aircraft must be free from any aeroelastic instability and excessive vibration.
This dissertation aims to apply piezoelectric materials as actuator and sensor to perform aeroelastic analysis.
Direct drive generators and aeroelastic blades for large wind turbines are being researched.
The vibratory stresses due to diverging vibratory phenomena lead to aeroelastic instabilities of the structures.
First, an aeroelastic model is developed based on previous works.
A promissory alternative that is becoming studied is the converting of aeroelastic oscillation into electrical energy.
Hence, its aeroelastic response is different than the wing.
Wind loading study and evaluation of possible occurrence of aeroelastic effects and aerodynamic instabilities.
An aeroelastic model such as this is usually computed theoretically by the aircraft 's manufacturer.
These conditions affect the aeroelastic response of the wing and the flap.
The STABCON project developed tools for optimising large wind turbines with respect to aeroelastic stability.
The target was to achieve the desired aeroelastic deflection at a wing with minimum possible weight.
In this area, we highlight the flutter, dynamic stability aeroelastic phenomenon.
It can become a useful tool in aeroelastic instabilities studies, especially on flutter modal mechanism.
Advantageously, these preestablished relations also emanate from said modified aeroelastic model.
Flutter or torsional galloping are aeroelastic non-stationery instabilities.
First, one aeroelastic analysis is done to identify the flutter mechanism and its dominant modes.
Pulse detonation engine Aeroelastic wings.
Aeroelastic simulations improve the prediction of aircraft performance, taking into account deformation while in flight.
In an aeroplane, two significant static aeroelastic effects may occur.
The aeroelastic behaviour of a two-dimensional over-expanded nozzle is investigated thanks to the two stability models.
During this time, she worked on aeroelastic flutter and elastic blades.
This results in mass, inertia and stiffness distributions for modal and aeroelastic analysis.
When varying the reduced frequency, an aeroelastic instability is found, known as transonic flutter.
Aeroelastic wings. Pulse detonation engine with twin hybrid scramjet turbos.
First, a framework able to predict the static aeroelastic equilibrium has been set up.
The aeroelastic model is made up of,.
The as-built shape is designed to anticipate aeroelastic effects that occur during flight.
I do not know about that . Relieving the tensile pressure on the cable triggered aeroelastic flutter.
In particular, the magnitude of the aeroelastic response can vary from condition to condition.
The best way to do that was with a full aeroelastic model . ".
For the final tests, two full aeroelastic models of the entire bridges were constructed.
This fan, named ECL5, is dedicated to experimental aerodynamic and aeroelastic studies.
A flap design methodology that anticipates aeroelastic effects is discussed with respect to FIG . 6.
November 7 - The new Tacoma Narrows Bridge collapses due to aeroelastic flutter.
