Examples of 'aerofoil' in a sentence
Meaning of "aerofoil"
aerofoil (noun) - a structure with curved surfaces designed to provide lift when air flows around it, typically used in aircraft wings
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- Britain standard form of airfoil.
How to use "aerofoil" in a sentence
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aerofoil
Aerofoil is the shape of the wing or blade.
First and second aerofoil bodies are movable.
An aerofoil and a method for construction thereof.
The thickness is that of the aerofoil tip.
The aerofoil may comprise a turbine aerofoil.
A circumferential row of aerofoil members of a turbomachine.
The aerofoil may comprise a compressor aerofoil.
Boundary layer and fl ow separation on an aerofoil and landing fl ap.
An aerofoil that is not cambered is called a symmetric aerofoil.
His findings underpin all modern aerofoil design.
The aerofoil section of the wing.
The bar is wider than an aerofoil.
Preferably the aerofoil is adapted in use to be highly loaded.
Casting trials have been performed to produce aerofoil shapes.
The aerofoil may have a high lift profile.
See also
It also showed them being deflected downwards by the aerofoil.
Basic aerofoil moment coefficient.
This minimizes the stalling speed of aircraft using the aerofoil.
The aerofoil shape of the profiles may be symmetrical or asymmetrical.
External aerofoil flap.
The aerofoil may comprise part of a gas turbine engine.
Wing basic aerofoil.
Aerofoil characteristics chart.
This effectively avoids damaging the coating of the aerofoil portion.
Aerofoil shaped canopy.
Impingement cooling is a popular technique that is employed for cooling an aerofoil.
Preferably the aerofoil comprises part of a blade for a turbo machine.
This purports to increase the operational life span of the aerofoil.
The air stream behind the aerofoil follows the trailing edge.
The rotor blades and stator vanes may be of aerofoil form.
The classic aerofoil section wing is unstable in flight and difficult to control.
Each of the leading and trailing portions forms an aerofoil shape.
The solidities of the aerofoil blades can advantageously be varied within a turbine.
This is the basis of aerodynamics and the foundation of modern aerofoil theory.
Both of the aerofoil portions may be pivotably positionable about the spar.
However he made a more lasting contribution to aeronautics in his work on aerofoil design.
Alternatively the aerofoil may comprise part of a vane for a turbo machine.
Just like aircraft the fabric of the sail is made of tight aerofoil.
Part of an aerofoil.
The aerofoil was made of steel and light alloy because of centre of gravity concerns.
Illustrates a cross section of a turbine with vertical and slanting aerofoil blades.
The structure of the aerofoil is not made of a block but contains interior cavities.
Therewith the temperature of the external surface of the aerofoil increases tremendously.
The aerofoil comprises an aerofoil main body portion and a leading edge portion.
Typically at least one of the at least two panels will be of aerofoil construction.
The blades comprise an aerofoil portion and a platform for attaching them to the rotor.
That furry membrane stretching between wrist and ankle makes an efficient aerofoil.
The aerofoil will also create a more laminar flow along the rotor blades.
The control system may control the inclination angle of the aerofoil profiles.
The blades have symmetric aerofoil profi les and generate thrust by means of aerodynamic forces.
