Loading ...
a weightcausesthe wing tip area to flex during a wing stroke , improving aerodynamic efficiency
the rearhas been designedto serve as a rear wing to boost aerodynamic performance by reducing drag
profile distortioncan causeloss of aerodynamic efficiency in this semi - flexible wing
This fluttercausesaerodynamic drag that can reduce aircraft performance
As an undergraduate , I used genetic algorithms and simulationsto designwing stroke patterns for flapping flight
Gaps between trailing edge control surfaces and the wingcan causeaerodynamic drag that reduces aircraft performance
structural weight , which tend ... when compared to more rigid designsto resultin increased wing bending under aerodynamic load
Many peoplediscoverthe benefit of a lightweight , flexible fly sheet
the teamhad designedits front wings to flex under aerodynamic load
A machinedesignedto achieve flight by means of flapping wings
The Blohm & Voss P 215was designedto take full advantage of the swept wing 's aerodynamic properties
a machinedesignedto fly by the action of flapping wings
a machinedesignedto fly using artificial flapping wings
their purposedesignedaerodynamic shape to maximise performance
a compact aero road helmetdesignedengineered for incredible aerodynamic performance
Flow interactionsleadto orderly formations of flapping wings in forward flight
the upper wing skin panel to separate ,causinga drastic altering of the aero elastic properties of the wing
that Chrysler haddesignthe wing for maximum aerodynamic efficiency
which is by controlto influencethe relative aerodynamic form of the wing
by nature(passive) designed bythe wing wasn?t ... strictly for aerodynamic performance
and second - order derivatives of the airfoil profilescan causefluctuations in airfoil aerodynamic performance
increase of the Reynolds numbercausedthe aerodynamic performance of airfoil raised
engineerinventedflexible wing that enabled hang gliding
engineerinventedflexible wing that enabled hang - gliding
Francis Rogalloinventedthe flexible wing hang glider
how three - dimensional effectsinfluencethe aerodynamic performance of the wings
three - dimensional effectsinfluencethe aerodynamic performance of the wings
6 , upwards motion of the body 12causesdownward deflection of the flexible wings
One source saysdesignedthe aerodynamics of the wings of the glider for Household
Joe Wurts worked over many yearsto designthe aerodynamics for a perfect DLG wing
The bumps on the leading edgeinfluencedthe aerodynamic performance of the airfoil
created additional liftleadingto unexpected aerodynamic performance improvements.[38
Leonardo da Vinci and his flying machinedesignedto imitate the flapping wings of a bird
this oneis designedso that the wings are flexible when pedalling
Aviation Partners and The Winglet Guys(passive) were designed byThe aerodynamics for the wing modification
Aviation Partners Inc. , known as The Winglet Guys(passive) were designed byThe Aerodynamics for the Wing modification
These time - depending loadsresultfrom the flexibility of the wing
that weather phenomenonledto aerodynamic overloading of the wings
the spiders to drift an unpredictable and sometimes long distancecausingthe spiders to drift an unpredictable and sometimes long distance
a camping tentsettinga camping tent
a tentsettinga tent
a tentsettinga tent
an outdoor tentssettingan outdoor tents
to improved human - made flightmay leadto improved human - made flight
The forces and moment(passive) are contributed byThe forces and moment
the rocket plane to make a " care - free " re - entry that does n't require a precise angle of attackcausingthe rocket plane to make a " care - free " re - entry that does n't require a precise angle of attack
an outdoor tentssettingan outdoor tents
Frames and wheels(passive) especially ... are designedFrames and wheels
a tentsettinga tent
for low drag and high atmosphere flightdesignedfor low drag and high atmosphere flight
The blades of tidal turbine(passive) may be designedThe blades of tidal turbine
in torsion and camber of the wing which should improve its aerodynamic efficiencywill resultin torsion and camber of the wing which should improve its aerodynamic efficiency
increased fuel consumptioncausesincreased fuel consumption
the main concerns(passive) caused bythe main concerns
to improved human - made flightmay leadto improved human - made flight
the spiders to drift an unpredictable and sometimes long distancecausingthe spiders to drift an unpredictable and sometimes long distance
The new configuration(passive) is designedThe new configuration
to terrestrial manoeuvres such as turningmight have contributedto terrestrial manoeuvres such as turning
the structure of the airplane to vibratecausethe structure of the airplane to vibrate
in an uncommanded retraction of the outboardresultedin an uncommanded retraction of the outboard
in an uncommanded retraction of the outboard slatsresultedin an uncommanded retraction of the outboard slats
the deformation(passive) caused bythe deformation
in an uncommanded retraction of the outboard leading edge slatsresultedin an uncommanded retraction of the outboard leading edge slats
the twisting(passive) caused bythe twisting
The blades(passive) are designedThe blades
to improved performance when circling , especially at highcontributeto improved performance when circling , especially at high
to help the air flow smoothly backwardsare designedto help the air flow smoothly backwards
to improved performance when circling ... especially at high angles of bankcontributeto improved performance when circling ... especially at high angles of bank
created by John Dickenson in September 1963designedcreated by John Dickenson in September 1963
and created by John Dickenson in September 1963designedand created by John Dickenson in September 1963
in a propensity to stall with little or no warning and a dangerous tendency to pitch - up violently before stalling and entering an irrecoverable diveresultedin a propensity to stall with little or no warning and a dangerous tendency to pitch - up violently before stalling and entering an irrecoverable dive
in increased IFR range with the capability of zero flap takeoffsresultedin increased IFR range with the capability of zero flap takeoffs