aerodynamic load

aerodynamic load

[‚e·ro·dī′nam·ik ′lōd]
(fluid mechanics)
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By unsteady pressures produced by turbulent flows over the auto-body, external aerodynamic load leads to vibration, greatly increasing the interior noise level [14].
Instead of a single shell (monocoque)--or full skeleton--semi-monocoque construction uses a partial skeleton to reinforce the airframe's skin in critical areas, but the skin supports most of the aerodynamic load, further reinforced by internal bulkheads, bracing or stringers.
As the displacements are shown in Figure 5, at different locations on the tower (50% up, 75% up, and at the tip of the tower) for the three-bladed cases and two blade cases, the two-bladed cases create a larger aerodynamic load and thus higher deflection magnitudes in the wind direction.
Further detailing includes the built-in rear spoiler, which improves the aerodynamic load, and the double exhaust pipe, which hints at the engine's performance capacity.
The aerodynamic load of the tail-down force is as real as if a 40-pound weight were placed in the rear of the airplane.
The aim was to study the flow around the vehicle in unsteady wind scenario and sheltered vehicle's aerodynamic load development.
Brown biology graduate student Jorn Cheney said aerodynamic performance depends upon wing shape, asserting that the shape of a membrane wing might initially begin flat but as soon as it starts producing lift it's not going to remain flat because it has to deform in response to that aerodynamic load.
Likewise, the Squadra Corse has the same rear wing for greater aerodynamic load -- achieving aerodynamic conditions, three times the load of the Gallardo LP 560-4 -- for increased dynamic stability during tight, highspeed driving.
Typically starting/operating the motor with a VFD mitigates many of the problems that can occur when starting the fan across the line with a weak power supply or starting the fan against an opposing aerodynamic load.
The relatively small size and short response time of multi body aerodynamic load calculation(MALC)analysis permits the development of an associated control system to achieve better design.
periodical (harmonic) aerodynamic load components ([F.
To meet the certification requirements the wings have to withstand loads up to 150% of the highest aerodynamic load that the aircraft could ever be expected to experience.