aerodynamic load

The foam, not normally considered to be a structural material, is required to bear some aerodynamic loads.

The structural deformation in turn changes the shape of the wing and the aerodynamic loads.

This caused the aerodynamic loads on the downwind rotor rapidly change.

Aerodynamic loads made the slats hard to operate reliably.

It is useful for predicting aircraft handling, aerodynamic loads, stalling etc.

The pitch over should also be carried out while the vertical velocity is small to avoid large aerodynamic loads on the vehicle during the maneuver.

During this series of tests, the material samples were exposed to 40 percent higher aerodynamic loads than they were designed to withstand.

At first, only-partially boosted systems were used in which the pilot could still feel some of the aerodynamic loads on the control surfaces (feedback).

As an example, the aerodynamic loads on a wing affect the structural deformation of the wing.

That is, the vibrational movement of the object increases an aerodynamic load, which in turn drives the object to move further.

At airspeeds slower than the aircraft will stall before the structure is subjected to its limiting aerodynamic load.

There are so many of these attachments that the diffuse nature of the aerodynamic load is imitated (Figure 2).

'And Boeing tells us it's impossible for the slats to pop out because of aerodynamic loads.'

The V-struts were hinged top and bottom, allowing the wing to move parallel to the horizontal frame under aerodynamic loads.

(Excessive aerodynamic loads can quickly destroy the vehicle.)

Aeroelasticity involves not just the external aerodynamic loads and the way they change but also the structural, damping and mass characteristics of the aircraft.

The resulting hazardous sideslip angle led to extremely high aerodynamic loads that resulted in separation of the vertical stabilizer.

Early thin monoplane wings, on the other hand, tended to be liable to twist under aerodynamic loads, rendering proper lateral control very difficult, or breaking.

This zeroing of the angle of attack reduces lateral aerodynamic loads and produces negligible lift force during the ascent.

The airplane performance study indicated that when the vertical stabilizer separation began, the aerodynamic loads were about two times the loads defined by the design envelope.

The fiberglass payload shroud broke away 45 seconds after launch, subjecting the payload and third stage rocket to critical aerodynamic loads.

This flight, a repeat of the Little Joe 1 (LJ-1) launch, was to test a launch abort under high aerodynamic load conditions.

The two SRBs, which could withstand greater aerodynamic loads, separated from the ET and continued in uncontrolled powered flight.

All loads except aerodynamic loads are transferred from the LOX tank at a bolted, flange-joint interface with the intertank.

The point of maximum aerodynamic load is often referred to as max Q and it is a critical parameter in many applications, such as during spacecraft launch.