Lift-to-drag ratio (3142 bytes)
1: ...etter fuel economy, climb performance and [[glide ratio]].
5: [[Induced drag]] is caused by the generation of lift by the wing. Lift generated by a wing is...
10: ...]], the lift-to-drag ratio is not the only consideration for wing design. Performance at high [[angle of ...
12: ...st L/D in practice requires precise and smooth operation of the controls.

Lift-induced drag (2918 bytes)
1: ...g (physics)|drag]] [[force]] arising from the generation of [[lift (force)|lift]] by [[wing]]s or a [[lif...

Lift (481 bytes)

Drag (876 bytes)

Orographic lift (1126 bytes)

Dynamic lift (467 bytes)

Aerial lift (436 bytes)

Military lift (557 bytes)

Lift (force) (5550 bytes)
3: ...ward. The force created by this deflection (acceleration) of the air creates an equal and opposing force ...
5: ...flecting the airflow downward. In fact, the acceleration of the air during the creation of lift is most a...

T-bar lift (664 bytes)

Platter lift (892 bytes)

Gas Lift (1768 bytes)
3: ... the gas is recovered from the oil at a later separation stage, the process requires energy to drive a [[...

Boat lift (638 bytes)

Lift hill (795 bytes)

Ridge lift (625 bytes)
1: ...power for [[gliders]] to stay airborne for long durations or travel great distances. Long mountain ranges...

Lift Engineering (8062 bytes)

Lift table (930 bytes)

Compression lift (1256 bytes)

Coefficient of lift (1725 bytes)

Body lift (386 bytes)

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